When you see the words "energy Skin Care", you may first think about ATP, NAD, or mitochondrial function. What has attracted our attention recently is another problem-skin cells do not work in isolation. What clues can the mitochondrial communication between cells provide for raw material research?

Cell biology research has discussed the phenomenon of mitochondrial transfer between cells. There is still a lot of work to do to bring the research perspective into the development of skin care products. R & D personnel need to know what kind of cells and conditions to observe; Brands and factories need to judge how far the experimental results are from the product efficacy and formula application.

Yishiyan M(Bioetide) launched by Hemei Biotechnology (Zhejiang) Co., Ltd.®SacchPep M) is a yeast-derived polypeptide raw material. They focused their research on mitochondrial transfer between skin cells under stress conditions and summarized this path as "mitochondrial energy anti-aging 3.0". The R & D team adopted methods such as cell co-culture, mitochondrial tracing and imaging. Under the conditions of UV and cortisol stress, mitochondrial transfer was observed to be weakened, and relevant signal recovery was observed after adding baixiaoyan M.

On November 2 (Monday), 14:00-15:00, Dr. CTO Li Junxiang of Hemei Biotechnology (Zhejiang) Co., Ltd will be a guest in rongge live studio to introduce the trend of energy skin care, baishiyan M's research and application direction, and participate in on-site Q & A. Li Junxiang once completed doctoral and postdoctoral studies in the School of Life of Tsinghua University and is currently the deputy director of aging Science Research Center (ACRDC) of Tsinghua Yangtze River Delta Research Institute.