Regulating Scientific Research: Intellectual Property Rights and the Norms of Science
Preprint
- 22 July 1999
- preprint
- Published by Elsevier in SSRN Electronic Journal
- Vol. 94 (1) , 77-152
- https://doi.org/10.2139/ssrn.172032
Abstract
This article employs the burgeoning literature on law-and-norms theory to take a fresh look at the debate over patent rights in basic scientific research. After reviewing how the issue of patent rights in this research implicates not only intellectual property law but also research norms, it argues that patent policy has been insufficiently sensitive to contexts in which the central instrumental goals of patent law -- creation, disclosure, and development -- would be maximized not through stronger property rights but through norms that emphasize the public domain. Equally important, because of the relative imprecision of the law; the difficulty it often has in dealing with rapid technological change; and the poor access that legal actors often have to relevant technological information, formulating laws that reinforce and reflect efficient norms may be a better way of achieving creation, disclosure, and devlopment than the alternative of strictly legal change.Keywords
This publication has 5 references indexed in Scilit:
- V.F.34 Treaty for Amazonian Co-operation (2 Aug 78). See Basic Document V.C.3, supraPublished by Brill ,2014
- Top row from the left: Knock in in Silkworm, see Daimon et al., 14–25. Knock out in Xenopus laevis, see Suzuki et al., 108–114. Knock out in zebrafish, see Kawahara et al., 26–33. Knock out in medaka, see Kinoshita et al., 98–107. Middle row: Schematic drawings of the principal mechanisms of Genome editing by Zinc‐finger nucleases method, TAL effector nucleases method and CRISPR/Cas method, see Mashimo, 46–52, and Mashiko et al., 122–129. Bottom row from the left: Knock out in sea urchin, see Hosoi et al., 92–97. Knock out in rat, see Mashimo, 46–52. Transgenic marmoset, see Kishi et al., 53–62. Gene editing mediated by CRISPR/Cas method, see Mashiko et al., 122–129.Development, Growth & Differentiation, 2014
- Vickers, Dr Tony, (born 6 July 1932), Project Manager, UK Human Genome Mapping Project, 1990–92Published by Oxford University Press (OUP) ,2007
- Nobel Knock-OffScience, 1991
- Patent Law in a Time of Change: Non-Obviousness and BiotechnologyOxford Journal of Legal Studies, 1990