Török A, Vigh S, Sétáló G, Gledić D, Pantić V, Flerkó B
Acta Biol Acad Sci Hung. 1982;33(2-3):319-29.
Late effect of the perinatal administration of oestradiol dipropionate on pituitary gonadotrophs and the morphology of the LH-RH neuronal system was tested both in male and female rats. Oestrogen caused a severe reduction in the number and size of immunodetectable gonadotrophs in both sexes. By the 90th day of life, however, immunomorphology and distribution of the gonadotroph cells had became normal, and also the LH-RH system of the animals was similar to that of the intact controls. The lack of vaginal cycles indicated, however, that oestrogen might have permanently impaired higher brain centers regulating cyclic gonadotroph hormone release.
在雄性和雌性大鼠中测试了围产期给予二丙酸雌二醇对垂体促性腺细胞和促性腺激素释放激素(LH-RH)神经元系统形态的远期影响。雌激素导致两性中可免疫检测到的促性腺细胞数量和大小严重减少。然而,到出生后第90天,促性腺细胞的免疫形态学和分布已恢复正常,并且动物的LH-RH系统也与完整对照组相似。然而,缺乏阴道周期表明,雌激素可能已永久性损害了调节周期性促性腺激素释放的高级脑中枢。