2017-04-12 16:39
国内外健康领域权威科学家一行参观隆力奇
Beijing, April 12th (Li Peng) (Long Liqi) on the afternoon of April 11th, more than domestic and international health field line of more than 20 authoritative scientists came to visit, and discuss the transformation of large health industry projects and scientific research.
Academician Li Peng is currently serving as academician academician station. After academician Li Peng entered the academician workstation, the main task of the study of lung nilfisk health industry as a metabolic disease (aging) of the regulatory mechanism and clinical application of prevention and control". The main research contents are: metabolic diseases such as obesity, fatty liver, insulin resistance in basic research and application of transformation; screening of blood fat and weight, improve the sensitivity of insulin signaling pathways of small molecule compounds, small molecules in the evaluation of the effect of the level of animal drug, as well as the application of aging caused by the cell metabolism change the skin metabolism, physiology, skin stem cells in cosmetic application.
Xu Dong speaks at the seminar Dr. Cai exchange views
President Lee spoke at the meeting
It is reported that Li Peng is currently vice president of the College of life sciences, Tsinghua University, Chinese Academy of Sciences, academician workstation. 1995 Ph.D. from University of California at San Diego, Ministry of education Changjiang Scholar Professor, winner of National Outstanding Youth Science Foundation, the National Natural Science Foundation for innovative research groups of academic leaders, "chief scientist 973" project.
Li Peng has been engaged in lipid metabolism and metabolic diseases for a long time. It is found that the lipid droplets in the cell can regulate lipid metabolism, which can be grown in a special way, and play an important role in the regulation of lipid metabolism. A number of important proteins and regulatory factors related to lipid droplet fusion were found and identified, and the biochemical and cellular biological mechanisms of lipid droplet fusion were elucidated systematically.
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