Xiaohui Wu

Biography

Male, born in 1972, Ph.D., Professor, Ph.D. He entered the Fudan University in 1990, majoring in genetics. He was admitted to the Graduate School of Genetics of Fudan University in 1994 and was co-cultured with Yale University in the United States from 1997 to 2000. He obtained his bachelor and doctoral degrees in 1995 and 2001 respectively. In 2001, he stayed in the Institute of Developmental Biology and served as a teacher, associate professor, professor and doctoral tutor. Since 2012, he has been both a PI and Fudan University State Key Laboratory of Genetics and Engineering, Fudan University Pediatric Hospital, Fudan University PI. He is also currently a member of China Genetics Society, a member of the Youth Commission, and a director of the Shanghai Genetics Society. Male, born in 1972, Ph.D., Professor, Ph.D. He entered the Fudan University in 1990, majoring in genetics. He was admitted to the Graduate School of Genetics of Fudan University in 1994 and was co-cultured with Yale University in the United States from 1997 to 2000. He obtained his bachelor and doctoral degrees in 1995 and 2001 respectively. In 2001, he stayed in the Institute of Developmental Biology and served as a teacher, associate professor, professor and doctoral tutor. Since 2012, he has been both a PI and Fudan University State Key Laboratory of Genetics and Engineering, Fudan University Pediatric Hospital, Fudan University PI. He is also currently a member of China Genetics Society, a member of the Youth Commission, and a director of the Shanghai Genetics Society.

Research Interest

Mouse and human genes function and mechanism of action of conservation, organ development and metabolic regulation process is similar to research and development and disease mechanisms, the development of disease prevention, diagnosis and treatment methods of great value. Our group established a piggyBac transposon for mammalian efficient gene mutation and function analysis. We can see a series of genetic research methods such as fluorescent labeling and somatic mitosis and recombination, Of the world's largest mouse gene mutant library for further analysis of development and disease mechanisms, research and development of animal models of disease has laid a good foundation. At present, our group is relying on this mouse mutant resources, combined with cell and biochemical means of screening for metabolic and renal development related genes and mechanism of action.