Jerome H. Reichman, Paul F. Uhlir, Tom Dedeurwaerdere
Governing Digitally Integrated Genetic Resources, Data, and Literature
Jerome H. Reichman, Paul F. Uhlir, Tom Dedeurwaerdere
Governing Digitally Integrated Genetic Resources, Data, and Literature
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This book examines the current legal status of the international genetic information commons and proposes alternative management strategies.
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This book examines the current legal status of the international genetic information commons and proposes alternative management strategies.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 678
- Erscheinungstermin: 19. April 2016
- Englisch
- Abmessung: 235mm x 157mm x 41mm
- Gewicht: 1117g
- ISBN-13: 9781107021747
- ISBN-10: 110702174X
- Artikelnr.: 42365032
- Verlag: Cambridge University Press
- Seitenzahl: 678
- Erscheinungstermin: 19. April 2016
- Englisch
- Abmessung: 235mm x 157mm x 41mm
- Gewicht: 1117g
- ISBN-13: 9781107021747
- ISBN-10: 110702174X
- Artikelnr.: 42365032
Jerome H. Reichman is the Bunyan S. Womble Professor of Law at Duke University School of Law. His research deals with the impact of intellectual property on public health, developing countries, and global science policy. He is the co-author, most recently, of Intellectual Property Rights: Legal and Economic Challenges for Development (2014).
1. Uncertain legal status of microbial genetic resources in a conflicted
geopolitical environment; Part I. International Regulation of Genetic
Resources and the Assault on Scientific Research: 2. Between public and
private goods: emergence of the transnational research commons for plant
and microbial genetic resources; 3. Tightening the regulatory grip: from
the convention on biological diversity in 1992 to the Nagoya protocol in
2010; Part II. Preserving the Public Research Functions of Microbial
Genetic Resources After the Nagoya Protocol: 4. The existing microbial
research commons confronts proprietary obstacles; 5. Facilitating
transnational exchanges of genetic resources within a redesigned microbial
research infrastructure; Part III. A Digitally Integrated Infrastructure
for Microbial Data and Information: 6. Legal and institutional obstacles
impeding access to and use of scientific literature and data; 7. Enabling
the microbial research community to control its own scholarly publications;
8. Fully exploiting data-intensive research opportunities in the networked
environment; Part IV. Governing Public Knowledge Assets within a Redesigned
Microbial Research Commons: 9. Institutional models for a transnational
research commons; 10. Governing digitally integrated genetic resources,
data, and literature.
geopolitical environment; Part I. International Regulation of Genetic
Resources and the Assault on Scientific Research: 2. Between public and
private goods: emergence of the transnational research commons for plant
and microbial genetic resources; 3. Tightening the regulatory grip: from
the convention on biological diversity in 1992 to the Nagoya protocol in
2010; Part II. Preserving the Public Research Functions of Microbial
Genetic Resources After the Nagoya Protocol: 4. The existing microbial
research commons confronts proprietary obstacles; 5. Facilitating
transnational exchanges of genetic resources within a redesigned microbial
research infrastructure; Part III. A Digitally Integrated Infrastructure
for Microbial Data and Information: 6. Legal and institutional obstacles
impeding access to and use of scientific literature and data; 7. Enabling
the microbial research community to control its own scholarly publications;
8. Fully exploiting data-intensive research opportunities in the networked
environment; Part IV. Governing Public Knowledge Assets within a Redesigned
Microbial Research Commons: 9. Institutional models for a transnational
research commons; 10. Governing digitally integrated genetic resources,
data, and literature.
1. Uncertain legal status of microbial genetic resources in a conflicted
geopolitical environment; Part I. International Regulation of Genetic
Resources and the Assault on Scientific Research: 2. Between public and
private goods: emergence of the transnational research commons for plant
and microbial genetic resources; 3. Tightening the regulatory grip: from
the convention on biological diversity in 1992 to the Nagoya protocol in
2010; Part II. Preserving the Public Research Functions of Microbial
Genetic Resources After the Nagoya Protocol: 4. The existing microbial
research commons confronts proprietary obstacles; 5. Facilitating
transnational exchanges of genetic resources within a redesigned microbial
research infrastructure; Part III. A Digitally Integrated Infrastructure
for Microbial Data and Information: 6. Legal and institutional obstacles
impeding access to and use of scientific literature and data; 7. Enabling
the microbial research community to control its own scholarly publications;
8. Fully exploiting data-intensive research opportunities in the networked
environment; Part IV. Governing Public Knowledge Assets within a Redesigned
Microbial Research Commons: 9. Institutional models for a transnational
research commons; 10. Governing digitally integrated genetic resources,
data, and literature.
geopolitical environment; Part I. International Regulation of Genetic
Resources and the Assault on Scientific Research: 2. Between public and
private goods: emergence of the transnational research commons for plant
and microbial genetic resources; 3. Tightening the regulatory grip: from
the convention on biological diversity in 1992 to the Nagoya protocol in
2010; Part II. Preserving the Public Research Functions of Microbial
Genetic Resources After the Nagoya Protocol: 4. The existing microbial
research commons confronts proprietary obstacles; 5. Facilitating
transnational exchanges of genetic resources within a redesigned microbial
research infrastructure; Part III. A Digitally Integrated Infrastructure
for Microbial Data and Information: 6. Legal and institutional obstacles
impeding access to and use of scientific literature and data; 7. Enabling
the microbial research community to control its own scholarly publications;
8. Fully exploiting data-intensive research opportunities in the networked
environment; Part IV. Governing Public Knowledge Assets within a Redesigned
Microbial Research Commons: 9. Institutional models for a transnational
research commons; 10. Governing digitally integrated genetic resources,
data, and literature.