成釉細胞
However, the molecular mechanism of ameloblast differentiation remains unclear. 但是,有關成釉細胞分化的分子機制仍未明確。
The exudation of enamel matrix almost stop in ameloblast secretory phase. 在成釉細胞分泌期,釉基質分泌幾乎中斷;
Objective To elucidate the relationship between f luoride and cell apoptosis of ameloblasts and to further study the mechanism of dental fluorosis. 目的探討氟與分泌期造釉細胞凋亡的關系,進一步明確氟斑牙的發(fā)病機制。
These results indicate that MAPK signaling functions, at least in part, as the inducer of ameloblast differentiation. 這些結果說明MAPK信號至少部分的誘導了成釉細胞的分化。
At 10mg/L, their expression deregulated in ameloblast following 4-day fluoride exposure. 加10mg/L氟培養(yǎng)人牙胚4天后,成釉細胞中Bcl-2和Bax蛋白表達即有下調。