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BVGH Partnership Hub - Annual Report 2018
The consortium's objective is to establish partnerships that facilitate sharing of IP assets to advance the discovery and development of new drugs, vaccines, and diagnostics for NTDs, malaria, and tuberculosis.
Année de publication: 2019
Green School's installation of SOURCE Hydropanels in Bali, Indonesia
Matchmaking Impact Stories
In 2018, Green School started looking for a way to produce clean drinking water for its campus on Bali, Indonesia. Thanks to a WIPO GREEN project, the school established collaboration with Zero Mass Water and brought sustainable potable water – generated from sunlight and air – to its students.
WIPO IP Facts and Figures 2018
An overview of intellectual property activity based on the latest available year of complete statistics.
Innovation in the Polish health sector: A quality assessment
Economic Research Working Paper No. 47
This working paper aims to present the specifics of innovation in the Polish health industry through the prism of the experiences and opinions of a representative group of 42 companies from both the pharmaceutical and medtech sectors. Through analysis of in-depth interviews, it aims to illuminate the legal, economic and social mechanisms and phenomena that determine innovation in this sector. The survey examines which areas of the Polish health sector are most innovative, the understanding of innovation that prevails in the sector, and the characteristics of R&D activities carried out there. Subsequently, the study explores the general impact of intellectual property, and particularly of patent law on innovation, in the Polish health sector. Finally, it surveys the other economic and legal instruments currently stimulating innovation and how legal regulations and governmental policy could be modified to create an optimal pro-innovation environment. The conclusions include short legal and factual background of innovation in the Polish health sector, the summarized results of the conducted analysis and final comments concerning the level and culture of innovation within the examined industry.
WIPO Academy Education and Training Programs Portfolio - 2019
This Portfolio serves as a catalogue of all the training opportunities to be offered by the WIPO Academy in 2019 and outlines the content of each course. It gives information to potential participants on eligibility criteria, application formalities, timelines, selection procedures, travel and other relevant necessary information.
WIPO and the Sustainable Development Goals
Innovation driving human progress
The Sustainable Development Goals (SDGs) provide an ambitious roadmap for human progress. This brochure explains how WIPO's work supports the SDGs by enabling innovation for the economic, social and cultural development of all countries.
Madrid Yearly Review 2019 – Executive Summary
International Registrations of Marks
This executive brief identifies key trends in the use of the WIPO-administered Madrid System.
Measuring Innovation in the Autonomous Vehicle Technology
Economic Research Working Paper No. 60
Automotive industry is going through a technological shock. Multiple intertwined technological advances (autonomous vehicle, connect vehicles and mobility-as-a-Service) are creating new rules for an industry that had not changed its way of doing business for almost a century. Key players from the tech and traditional automobile sectors – although with different incentives – are pooling resources to realize the goal of self-driving cars. AV innovation by auto and tech companies' innovation is still largely home based, however, there is some shifting geography at the margin. AV and other related technologies are broadening the automotive innovation landscape, with several IT-focused hotspots – which traditionally were not at the center of automotive innovation – gaining prominence.
Global Roots of Innovation in Plant Biotechnology
Economic Research Working Paper No. 59
Innovation in agricultural biotechnology has the potential to increase agricultural productivity and quality, ultimately raising incomes for farmers across the world. Advances in the field have produced crops that are resistant to certain diseases, that result in higher yield than before, that can grow in extreme soil conditions, such as in arid and salty environments and even those that are infused with nutrients. Moreover, the technology has been hailed as a potential solution to addressing global issues of hunger and poverty. It therefore follows that innovation in this field finds strong support from the public sector as well as the private sector. This paper traces the evolution of the global innovation landscape of plant biotechnology over the past couple of decades. Drawing on information contained in patent documents and scientific publications, it identifies the sources of innovation in the field, where they are located and demonstrates how these innovative centers connect to one another. There are three important findings. First, the global innovation network of agricultural biotechnology showcases a prime example of how innovation activities spread to many parts of the world. Second, while there are more countries participating in the innovation network, most of these innovation centers are concentrated in the urban areas and away from the rural where most of the transgenic crops are harvested. Third, the increasing need for collaboration between the private and public sectors to bring the invention to the market may have effect on how the returns to innovation are appropriated.
Tied In: The Global Network of Local Innovation
Economic Research Working Paper No. 58
In this paper we exploit a unique and rich dataset of patent applications and scientific publications in order to answer several questions concerned with two current phenomena on the way knowledge is produced and shared worldwide: its geographical spread at the international level and its spatial concentration in few worldwide geographical hotspots. We find that the production of patents and scientific publications has spread geographically to several countries, and has not kept within the traditional knowledge producing economies (Western Europe, Japan and the U.S.). We observe that part of this partial geographical spread of knowledge activities is due to the setting up of Global Innovation Networks, first toward more traditional innovative countries, and then towards emerging economies too. Yet, despite the increasing worldwide spread of knowledge production, we do not see the same spreading process within countries, and even we see some increased concentration in some of them. This may have, of course, important distributional consequences within countries. Moreover, these selected areas also concentrate a large and increasing connectivity, within their own country to other hotspots, and across countries through Global Innovation Networks.