Lenhard L, Deftos L J
Neuroendocrinology. 1982 Apr;34(4):303-8. doi: 10.1159/000123317.
The presence of adenohypophyseal hormones in human cerebrospinal fluid (CSF) had been firmly established by radioimmunoassay procedures. The hormones can originate from the adenohypophysis itself and from brain, as well as from peripheral sites of production. These peptide hormones enter the CSF through the choroid plexus or by direct secretion. The hormones entering by direct secretion into the CSF have a higher CSF-blood ratio than the hormones entering through the choroid plexus. Elevated CSF levels of adenohypophyseal hormones are most likely to occur in the presence of hormone-producing pituitary tumors with suprasellar extension. Although the CSF concentrations of adenohypophyseal hormones may merely reflect their blood concentrations, it is more likely that these hormones also have paracrine as well as endocrine effects.
通过放射免疫分析程序已确凿证实人脑脊液(CSF)中存在腺垂体激素。这些激素可源自腺垂体本身、脑以及外周产生部位。这些肽类激素通过脉络丛或直接分泌进入脑脊液。直接分泌进入脑脊液的激素比通过脉络丛进入的激素具有更高的脑脊液 - 血液比值。腺垂体激素脑脊液水平升高最有可能发生在伴有鞍上扩展的产生激素的垂体肿瘤存在时。尽管腺垂体激素的脑脊液浓度可能仅仅反映其血液浓度,但更有可能的是这些激素也具有旁分泌以及内分泌作用。