Han Bin's work experience

Graduated from the Agricultural College of Guangxi University in July, 1988, with a master's degree in molecular genetics; He was awarded the Gatsby Charity Foundation Scholarship in Britain, and went to sainsbury Laboratory of the famous John innis Center in Britain to study for a doctorate in molecular genetics of plant pathogens in February 1989. 1992165438+10 received his Ph.D. from John innis Center, Berry Laboratory, celis, UK. 1In August, 1998, at the beginning of the rice genome sequencing project in China, he resolutely returned to work. Since 2002, he has served as deputy director of the Institute of Plant Physiology and Ecology, Shanghai Institute of Life Sciences, China Academy of Sciences. In 2008, he was appointed as the deputy director of Beijing Institute of Genomics, Chinese Academy of Sciences. 201165438+February 2, served as the vice president of Shanghai Institute of Life Sciences, Chinese Academy of Sciences.

After returning to China, Han Bin led all the researchers in the Center to complete the precise sequencing of japonica rice chromosome 4 in the International Rice Genome Project, and achieved many important and innovative research results. As the first time in China to complete the accurate sequencing of a single chromosome of a large genome, it is a major breakthrough in basic research in the field of biology in China and has far-reaching academic significance and economic prospects. This achievement was also rated as the top ten national science and technology news in 2002 by academicians of the two academies.

Researcher Han Bin has been engaged in the basic research of genomics for a long time, and has devoted himself to exploring the structure, function and genetic improvement potential of rice genome by using the constantly developing theories and methods of genomics. The accurate sequencing and comprehensive analysis of rice chromosome 4 were completed, the comparative and functional research system of indica-japonica genome and gene level was developed, and the Qualcomm quantitative genotype analysis platform and transcriptome analysis platform based on the second generation sequencer were established. Related research results have been published in internationally renowned academic journals such as Nature, Genome Research and Plant Cell.