TY - JOUR
T1 - Policies and patenting to stimulate the biotechnology sector
T2 - Evidence from the Netherlands
AU - Van Dongen, Peter
AU - Tak, Hester
AU - Claassen, Eric
PY - 2019/2/1
Y1 - 2019/2/1
N2 - Evidence-based results of innovation policies stimulating the use of academic patents and thereby contributing to the development of economic sectors are scarce. This article describes the effects of a policy instrument (BioPartner programme) to commercialise scientific research during the emerging stage of the biotechnology sector in the Netherlands. From the year 2000, this instrument provided funding for the reimbursement of academic biotechnology patent applications and assistance with the creation of spin-offs. We studied general trends in biotechnology patent applications in the time period between 1990 and 2009 and quantified the appropriation of academic biotechnology patents by the industry. Biotechnology patent classification codes and the PATSTAT database of the European Patent Organisation were used to define and identify all Dutch biotechnology patent applications. Matching the data from these applications with the names of some 65,000 potential Dutch academic inventors and 3,400 Dutch academic patents, we found a net contribution of the policy instrument of approximately 20 per cent of all Dutch biotechnology patent applications. However, the policy instrument did not result in an increase in the overall number of biotechnology patent applications or their use in the sector. Our data suggest that BioPartner contributed to improve the 0business culture using biotechnology patents0 at universities.
AB - Evidence-based results of innovation policies stimulating the use of academic patents and thereby contributing to the development of economic sectors are scarce. This article describes the effects of a policy instrument (BioPartner programme) to commercialise scientific research during the emerging stage of the biotechnology sector in the Netherlands. From the year 2000, this instrument provided funding for the reimbursement of academic biotechnology patent applications and assistance with the creation of spin-offs. We studied general trends in biotechnology patent applications in the time period between 1990 and 2009 and quantified the appropriation of academic biotechnology patents by the industry. Biotechnology patent classification codes and the PATSTAT database of the European Patent Organisation were used to define and identify all Dutch biotechnology patent applications. Matching the data from these applications with the names of some 65,000 potential Dutch academic inventors and 3,400 Dutch academic patents, we found a net contribution of the policy instrument of approximately 20 per cent of all Dutch biotechnology patent applications. However, the policy instrument did not result in an increase in the overall number of biotechnology patent applications or their use in the sector. Our data suggest that BioPartner contributed to improve the 0business culture using biotechnology patents0 at universities.
KW - biotechnology
KW - innovation policy
KW - patent application trends
KW - spin-offs
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U2 - 10.1093/scipol/scy044
DO - 10.1093/scipol/scy044
M3 - Article
AN - SCOPUS:85062551084
VL - 46
SP - 136
EP - 147
JO - Science & Public Policy
JF - Science & Public Policy
SN - 0302-3427
IS - 1
ER -