adenohypophysial hormone 腺垂体是体内很重要的内分泌腺，能合成和分泌7种激素，均属蛋白质或肽类激素，具有调节生长、代谢、生殖等多方面的作用。
目的利用早孕猕猴模型，了解米非司酮对腺垂体促性腺激素分泌的影响。
Objective to examine the effects of mifepristone on gonadotropin secretion at anterior pituitary by the model of early pregnant rhesus monkeys.
在电镜下，甲状腺滤泡上皮细胞和腺垂体中的促甲状腺激素细胞的超微结构听见均与其血清中所测激素浓度变化意义相同。
The evidences mentioned above were accord with the morphological changes of thyroid follicular epithelial cell and adenohypophysis thyrotroph seen under electronic microscopy in a sense.
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