Public private collaboration in plant biotechnology is unusual in China because the private sector plays a very small role in the Chinese agricultural input industry. There are few public private collaborations and also some examples of collaboration between state-owned research institutes and state-owned commercial enterprises. Both types of collaborations are likely to grow in the future - particularly if the government allows private firms to play a larger role in the input industries, intellectual property rights on biotechnology are strengthened, and regulations on biotechnology are rationalized.Includes bibliographical reference
Genetically modified (GM) cotton is widely adopted and the list of GM technologies in trials is impr...
Most of the literature on technical change in agriculture has focused on public-sector research alth...
biotechnology in China demonstrates that China’s stronger support for funding in plant research and ...
Public private collaboration in plant biotechnology is unusual in China because the private sector p...
Previous research about university-industry collaborations mainly concentrated on the USA and Europe...
A survey of China's plant biotechnologists shows that China is developing the largest plant biotechn...
This article provides an overview of China's agricultural biotechnology development policies. Resear...
State-sponsored research and development: a case study of China's biotechnology, Regional Studies. T...
After more than a decade of successful collaboration in participatory plant breeding (PPB) between f...
This paper examines the model of China's biotechnology innovation. We apply the typology of entrepre...
Private R&D is a major source of innovation and productivity growth in agriculture worldwide. This p...
AS the world debates the costs and benefits of plant biotechnology, swinging between optimism gener...
Genetically modified (GM) cotton is widely adopted and the list of GM technologies in trials is impr...
This study evaluates the impact of Chinese government policies on private R&D investment in biotechn...
This paper examines the challenges and opportunities facing the agricultural biotechnology sector as...
Genetically modified (GM) cotton is widely adopted and the list of GM technologies in trials is impr...
Most of the literature on technical change in agriculture has focused on public-sector research alth...
biotechnology in China demonstrates that China’s stronger support for funding in plant research and ...
Public private collaboration in plant biotechnology is unusual in China because the private sector p...
Previous research about university-industry collaborations mainly concentrated on the USA and Europe...
A survey of China's plant biotechnologists shows that China is developing the largest plant biotechn...
This article provides an overview of China's agricultural biotechnology development policies. Resear...
State-sponsored research and development: a case study of China's biotechnology, Regional Studies. T...
After more than a decade of successful collaboration in participatory plant breeding (PPB) between f...
This paper examines the model of China's biotechnology innovation. We apply the typology of entrepre...
Private R&D is a major source of innovation and productivity growth in agriculture worldwide. This p...
AS the world debates the costs and benefits of plant biotechnology, swinging between optimism gener...
Genetically modified (GM) cotton is widely adopted and the list of GM technologies in trials is impr...
This study evaluates the impact of Chinese government policies on private R&D investment in biotechn...
This paper examines the challenges and opportunities facing the agricultural biotechnology sector as...
Genetically modified (GM) cotton is widely adopted and the list of GM technologies in trials is impr...
Most of the literature on technical change in agriculture has focused on public-sector research alth...
biotechnology in China demonstrates that China’s stronger support for funding in plant research and ...