Ray D, Melmed S
Cedars-Sinai Research Institute, UCLA School of Medicine 90048-1865, USA.
Endocr Rev. 1997 Apr;18(2):206-28. doi: 10.1210/edrv.18.2.0297.
The complex range of pituitary regulatory mechanisms reviewed here underlies the critical function of the pituitary in sustaining all higher life forms. Thus, the ultimate net secretion of pituitary hormones is determined by signal integration from all three tiers of pituitary control. It is clear from our current knowledge that the trophic hormone cells of the anterior pituitary are uniquely specialized to respond to these signals. Unravelling their diversity and complexity will shed light upon the normal function of the master gland. Understanding these control mechanisms will lead to novel diagnosis and therapy of disordered pituitary function (357).
本文所综述的垂体调节机制的复杂范围,构成了垂体在维持所有高等生命形式方面关键功能的基础。因此,垂体激素的最终净分泌是由垂体控制的所有三个层次的信号整合所决定的。从我们目前的知识来看,很明显垂体前叶的促激素细胞具有独特的专门性来响应这些信号。揭示它们的多样性和复杂性将有助于了解这个主腺体的正常功能。了解这些控制机制将带来垂体功能紊乱的新诊断方法和治疗手段(357)。