Kovalev I E, Shipulina N V, Tomilina N Iu
Farmakol Toksikol. 1990 Jan-Feb;53(1):54-7.
The long-term administration of xenobiotics carcinogens o-aminoazotoluene (o-AAT) and benz(a)pyrene (BP) to rats was found to cause induction of the liver cytochrome P-450 system which gradually decreases in spite of continued administration of the agents. Induction of microsomal oxygenases under these conditions is followed by induction of the immune response to o-AAT and BP. The data obtained correspond to the conception of the immunochemical functional system of homeostasis implying that the cytochrome-450 system and the immunity system are functionally linked and are elements of the common functional adaptive system of the organism.
长期给大鼠施用外源性致癌物邻氨基偶氮甲苯(o - AAT)和苯并(a)芘(BP),发现会导致肝脏细胞色素P - 450系统的诱导,尽管继续施用这些药剂,该系统仍会逐渐下降。在这些条件下,微粒体氧化酶的诱导之后是对o - AAT和BP免疫反应的诱导。所获得的数据与稳态免疫化学功能系统的概念相符,这意味着细胞色素 - 450系统和免疫系统在功能上是相连的,并且是生物体共同功能适应系统的组成部分。