Krisch B
Cell Tissue Res. 1978 Jan 9;186(1):135-48. doi: 10.1007/BF00219660.
Prolonged thirst provokes an activation of the LHRH system which enables the visualization of fiber connections not seen in untreated control animals. This type of experimental stress situation increases the number of LHRH-containing fibers in the organum vasculosum laminae terminalis and in the median eminence. The number of LHRH-producing cells in the preoptic nucleus is increased and the fiber connection between this area and the median eminence can be observed. The tanycytes and the perikarya of the arcuate nucleus do not react with the antibody against LHRH. Moreover, during thirst, a network of LHRH-containing fibers is observed in the medial mammillary nucleus. The results obtained at the light microscopic level have been confirmed and supplemented by electron microscopic immunocytochemical observations.
长期口渴会引发促性腺激素释放激素(LHRH)系统的激活,这使得在未经处理的对照动物中未见的纤维连接得以显现。这种类型的实验应激情况会增加终板血管器和正中隆起中含LHRH纤维的数量。视前核中产生LHRH的细胞数量增加,并且可以观察到该区域与正中隆起之间的纤维连接。弓状核的伸展细胞和核周体不与抗LHRH抗体发生反应。此外,在口渴期间,在内侧乳头核中观察到含LHRH纤维的网络。光镜水平获得的结果已通过电镜免疫细胞化学观察得到证实和补充。