特集：高圧医工学の夜明け
高圧力による細胞の非凍結輸送に関する基礎研究
キーワード:
cell transportation,
cell viability,
cell function,
effect of temperature and hydrostatic pressure on cell
2020 年 30 巻 1 号 p. 28-35
詳細
2020 年 30 巻 1 号 p. 28-35
Despite the fact that optimum environmental conditions are different with cell types, conventional cell preservation techniques are generally cryopreservation or hypothermic storage at atmospheric pressure. We have summarized the recent our study on the effect of temperature and pressure on the survival of adherent cells, aiming for short-term cell preservation and transportation in a closed system without frozen, medium change or CO2 supply.
