Rapamicin{0}}wo kalite can be used to do research on anti-aging. The principle of action of rapamycin is mainly to inhibit the TOR complex of cells. TOR is short for Target of Rapamycin, a signaling molecule responsible for regulating the growth of every cell in all eukaryotes. TOR was discovered after rapamycin. In 1991, J. Heightman of Professor MN Hall's research group identified the TOR gene from rapamycin-resistant yeast, and then the research group determined the structure of the TOR protein. Naturally, it is not known that the role of TOR is so extensive and important.
It can be said that if there is no rapamycin brought back by Georges L. Nógrad, the researchers were estimated that the TOR protein (existing in a complex form) would not be identified for a long time, and we would also lose this important way to do the research of anti-aging or life extension.
What are the effects of TOR complex activation? When TOR is activated, it will cause the synthesis of molecules, the cell mass increases, the volume becomes larger, and the protein and nucleic acid synthesis increases. Here it is stated that the cell growth-promoting effect of TOR is not "promoting cell division" but "promoting cells to become larger and heavier".
Ki lè TOR aktive? Sitou, lè asid amine yo ase (arginin, ornitin, glisin) ak glutamin, ak dezyèmman, lè oksijèn ase, ensilin ak faktè kwasans ka aktive TOR. An rezime, lè selil yo panse ke yo rich nan eleman nitritif epi yo gen ase manje ak rad, TOR pral aktive, ak Lè sa a, enstwi selil yo ranfòse anabolism ak anpeche katabolism.
Si ou bezwen poud rapamicin bon jan kalite-, ou ka browse lis pwodwi a sou sit entènèt nou an. Si ou rankontre nenpòt pwoblèm, tanpri ou lib pou konsilte.