多能性增脂激素。寻找能产生多能LPH的垂体细胞。

Archives of pathology Pub Date : 1975-11-01
J Furth, M Chrétien, M Lis, A Bélanger, P Moy, J Grauman
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引用次数: 0

摘要

通过免疫组化染色检测抗血清对多能性增脂激素(β - lph)的亲和力,并对正常和某些异常小鼠、大鼠和人垂体的所有已知细胞类型进行免疫组化染色。结果表明,β - lph具有ACTH、MSH、LH和GH的免疫交叉反应决定因子。正常垂体未检测到抗lph对TtH和MtH(催乳素)的亲和力,但促甲状腺肿瘤细胞与抗lph有反应。吸收实验证实垂体的单一多肽激素β - lph编码ACTH和MSH活性。多功能激素LPH可能是由促肾上腺素分泌的。除了ACTH和MSH,它可能含有其他抗原和生物决定因素。其中一些可能会增强其增脂活性;其他的可能是偶然的。这些都是需要进一步相关的结构、生物学和免疫学研究的要点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multipotent lipotropic hormones. In search of a pituitary cell producing multipotent LPH.

The affinity for antiserum to the multipotent lipotropic hormone (beta-LPH) was tested by immunohistochemical staining of all known cell types in normal and certain abnormal mouse, rat, and human pituitaries. Results indicate that beta-LPH has ACTH, MSH, LH and StH(GH) immunologically cross-reacting determinants. Affinities of anti-LPH for TtH and MtH (prolactin) were not detected in normal pituitaries, but thyrotropic tumor cells reacted with anti-LPH. Absorption experiments confirm that the single polypeptide hormone of the pituitary, beta-LPH, is coded for ACTH and MSH activities. The multi-functional hormone, LPH probably is secreted by the adrenotropes. In addition to ACTH and MSH, it probably contains other antigenic and biologic determinants. Some of these may accentuate its lipotropic activities; others may be incidental. These are points calling for further correlated structural, biologic, and immunologic investigations.

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