The project leader under the leadership of Professor Sun Yunfu, the research group has undertaken 973 projects, the National Natural Science Foundation, innovative research groups of the National Science Award, Shanghai City, Pujiang talent planning, academic leaders and innovative team building (thousands) construction plan) project, Shanghai science and technology innovation projects and a number of domestic and international cooperation project. More than 40 papers published in international journals, including Nature, Nat, Neurosci, Circulation, Cir, Res, Pubmed quoted 3588 times, the highest single quoted 1558 times. China has authorized 3 patents and is applying for 2 patents. The students are trained to receive Guanghua scholarship and national scholarship, respectively. Every year, students go to the United Kingdom, the United States and other places to visit and exchange
Education Background
1987 Bachelor's degree in medicine the Nantong Medical College
2003 Doctorate in animal physiology and neurobiology University of Helsinki
2003-009 Post-doctoral and Scientist University of California at San Diego
Positions Held
The national natural fund project assessment expert
The Ministry of education, science and technology progress award from experts
Jilin province science and technology progress award from experts
The Henry Fok Fund Assessment Expert
The second trial expert of the national scientific and technological progress award in 2012
2013 Zhejiang science and technology progress award second instance expert
The main research focuses on the development and function of cardiovascular and conduction systems, the development and function of the cardiac stem cells and peripheral nervous system.
1. The cardiac and pacing system, as well as the regulation mechanism of the development and function of blood vessels.
2. Translational medical study of cardiac regeneration
1) The genealogical origin of cardiac cells and its role in the formation of different cardiac structures and its regulatory mechanism
2) The formation and regulation mechanism of cardiac pacemaker
3) The formation and regulation mechanism of peripheral nervous system :
Focus on gene function and molecular regulation and its transformation in congenital heart disease, arrhythmia, and heart regeneration.
3. Vascular formation regulation mechanism and vascular disease:
Clarify the interaction of cell and signal mediated by integrin signaling pathway:
1) The mechanism of action in vascular endothelial cells
2) The mechanism of action in vascular smooth muscle
3) How to mediate the interaction of vascular cells
Awards:
1. National innovation group award
2. Pujiang talents in Shanghai
