Harris S S, Navia J M
J Dent Res. 1986 Dec;65(12):1445-8. doi: 10.1177/00220345860650121401.
We have examined the effect of in vivo vitamin A status on subsequent rat third molar formation and mineralization in an in vitro organ culture system. Vitamin A deficiency imposed during an eight-day in vitro period caused effects very similar to those of vitamin A deficiency imposed on rats in vivo. Analysis of the data also demonstrates that retinoic acid is capable of reversing the interference in mineralization of third molars induced by vitamin A deficiency in the organ culture system.
我们在体外器官培养系统中研究了体内维生素A状态对大鼠第三磨牙后续形成和矿化的影响。在为期八天的体外培养期间造成的维生素A缺乏所产生的影响,与在体内对大鼠造成维生素A缺乏所产生的影响非常相似。对数据的分析还表明,视黄酸能够逆转器官培养系统中由维生素A缺乏引起的第三磨牙矿化干扰。