Chinese name: Guo Tao birthplace: Henan date of birth: 1978 10. Occupation: Teacher's graduation institution: Introduction of Agricultural College of South China Agricultural University, work experience, main research direction, introduction of Guo Tao, * * * participation in 39 projects including National 863 Program, National Science and Technology Support Program and National Natural Science Foundation. A number of rice-specific mutants were created by comprehensive utilization of various mutagenesis techniques, and research papers 18 were published, and the homologous gene of alternating oxidase was cloned in rice for the first time. Based on the cloned genes of important agronomic traits, a new functional molecular marker based on HRM technology was developed for the first time, and the national invention patent 12 was declared; Using the developed functional molecular markers, a number of polygenic polymerization backbone parents were created by hybridization and genotyping techniques and used in breeding practice, and two new rice varieties such as "Huahang 3 1" and "kloc-0/2" were cultivated, among which "Huahang 3 1" (ranked second) was the leading rice variety in Guangdong Province and the super rice variety in the Ministry of Agriculture; The main finisher has successively won the first prize of provincial science and technology award 1 and the first prize of Guangdong agricultural technology promotion award. Work experience 2004.7-2006. 12 Teacher of Plant Breeding Department of Agricultural College of South China Agricultural University 2006. 12-20 12 Assistant Research Fellow of Plant Breeding Department of Agricultural College of South China Agricultural University 2012/kloc.
Director of Laboratory of National Plant Aerospace Breeding Engineering Technology Research Center
20 15.05—— Up to now, young professor of South China Agricultural University.
Director of the Laboratory of National Plant Aerospace Breeding Engineering Technology Research Center, mainly engaged in research on key technologies of rice biological mutation breeding and new variety breeding. The main research directions are: (1) research and application of quantitative genotyping technology in Qualcomm; (2) Rice specific germplasm innovation and key gene cloning; (3) Creation of backbone parents and cultivation of new rice varieties with high quality, high yield and high resistance.