Fomichev N I
Probl Endokrinol (Mosk). 1977 Jan-Feb;23(1):70-4.
Cells of the corpora lutea of albino rats were examined histochemically after the administration of high perogesteron doses at various periods of pregnancy and lactation. Before the prepartum exogenous progesteron failed to influence the fetal development, during the prepartum--led to prolongation of the periods of pregnancy, and by the 25th day--to the intrauterine death of the fetuses in 100% of cases. Progesteron administration during the lactation increased the lactic acid function. Saturation of the organism with exogenous progesteron was accompanied by depression of the secretory activity of the lutein cells without any functional changes in the interstitial cells. Metabolic processes were disturbed in the lutein cells, this being expressed in the interruption of formation of the secretory vacuoles, reduction of the plate complex of Golgi function and a sharp depression of the lipid synthesis. Mitochondria are subject to disintegration. A comparative morphofunctional analysis of the corpus luteum cells under conditions of directed changed hormonal balance confirmed the concept on the separate production of progestins and estrogens by two types of the secretory cells.
在妊娠和哺乳期的不同阶段给予高剂量孕酮后,对白化大鼠黄体细胞进行了组织化学检查。产前给予外源性孕酮未能影响胎儿发育,产前给予则导致孕期延长,到第25天时,100%的病例中胎儿发生宫内死亡。哺乳期给予孕酮可增强乳酸功能。机体对外源性孕酮的饱和伴随黄体细胞分泌活性的抑制,而间质细胞无任何功能变化。黄体细胞中的代谢过程受到干扰,表现为分泌泡形成中断、高尔基体功能板复合体减少以及脂质合成急剧抑制。线粒体发生解体。在激素平衡定向改变的条件下对黄体细胞进行的比较形态功能分析证实了两种分泌细胞分别产生孕激素和雌激素的概念。