Xinfa Wang is the Deputy Director of the Rapeseed Genetics and Breeding Laboratory, Chinese Academy of Agricultural
Sciences, the first-level candidate of the “New Century High-Level Talents Project of Hubei Province”, the winner of Hubei Provincial Government special allowance, the 16th China Association for Science and Technology “Qiushi” Outstanding Youth Achievement Transformation Award. He has presided over nine national key research and development project topics, National Support Program topics, and major technology innovation projects of Hubei Province. As a key researcher, he has participated in 24 major projects, including the 973 Program, 863 Program, National Natural Science Foundation of China, 948 Program, Leapfrog Program, and Rapeseed cooperation between China, Australia, and India. He has won two national science and technology achievement awards and five provincial and ministerial science and technology achievement awards. He proved the genetic mechanism that the oil content of rapeseed seeds was mainly regulated by maternal genotypes, and a new rapeseed line with oil content as high as 65.2% was created, which broke the record for the highest oil content in rapeseed reported.
Xinfa Wang is the Deputy Director of the Rapeseed Genetics and Breeding Laboratory, Chinese Academy of Agricultural
Sciences, the first-level candidate of the “New Century High-Level Talents Project of Hubei Province”, the winner of Hubei Provincial Government special allowance, the 16th China Association for Science and Technology “Qiushi” Outstanding Youth Achievement Transformation Award. He has presided over nine national key research and development project topics, National Support Program topics, and major technology innovation projects of Hubei Province. As a key researcher, he has participated in 24 major projects, including the 973 Program, 863 Program, National Natural Science Foundation of China, 948 Program, Leapfrog Program, and Rapeseed cooperation between China, Australia, and India. He has won two national science and technology achievement awards and five provincial and ministerial science and technology achievement awards. He proved the genetic mechanism that the oil content of rapeseed seeds was mainly regulated by maternal genotypes, and a new rapeseed line with oil content as high as 65.2% was created, which broke the record for the highest oil content in rapeseed reported.