iPS Regulates the “biological cycle” of bone cells, efficient growth Tohoku University, the road to high-quality culture
A team led by Hiroshi Egusa, a professor of regenerative medicine at Tohoku University, found in mouse experiments that when iPS cells are shaken and cultured to grow into bone cells, the function of the regulatory gene of the circadian rhythm, which regulates biological functions to a cycle of about one day, is weakened, and published in a British scientific journal. When the rhythm was restored, it was able to grow efficiently into bone cells.