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从细胞生物学来看,在内分泌学方面的发展可以说是革命性的,首先是遗传工程学,阐明了各种肽类激素的构造和生物合成过程,并用于工业生产。其次是膜生物学,特别是对信号转导(Signal transduct-ion)机制的研究、激素膜受体、受体后过程(post-receptor process)的实质以及与之有关的激素疾患有了进一步的了解,再者就是由于神经生物学的进展,使得内分泌系统和神经系统在体内的相互关系统一起来。兹就某些进展概述于下。下丘脑—垂体 1.溴隐亭疗法关于催乳素分泌瘤的冶疗,目前以经蝶骨的显微外科(transphenoldal microsurgery)效果较好,但对不能手术例和术后持续高催乳素血症的病例则多靠
From the perspective of cell biology, the development of endocrinology can be said to be revolutionary, first of all, genetic engineering, elucidation of the structure and biosynthesis of various peptide hormones, and for industrial production. Next is membrane biology, particularly the study of the signal transduction-ion mechanism, the substance of the hormone membrane receptor, the post-receptor process, and the hormone disorders associated therewith Understand, but also is due to the progress of neurobiology, making the endocrine system and the nervous system in the body together. Some progress is summarized below. Hypothalamus - Pituitary 1. Bromocriptine therapy Prolactinoma on the secretion of tumor treatment, the current transsphenoidal microsurgery (transphenoldal microsurgery) is better, but can not surgery cases and continued high hyperprolactinemia More cases rely on