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人蜕膜体外合成催乳素。

Synthesis of prolactin by human decidua in vitro.

作者信息

Golander A, Hurley T, Barrett J, Handwerger S

出版信息

J Endocrinol. 1979 Aug;82(2):263-7. doi: 10.1677/joe.0.0820263.

Abstract

To determine whether human decidua and/or chorion synthesizes and secretes prolactin, explants of decidua obtained at Caesarian section and explants of chorion from the membranes separating dizygotic twins were cultured for periods of up to 6 days. The decidual explants released 366 +/- 37 ng prolactin/100 mg tissue (mean +/- S.D.) during each day in culture and incorporated 3H-labelled amino acids into immunoprecipitable prolactin. In the radioimmunoassay for prolactin, serial dilutions of incubation medium displaced 125I-labelled prolactin parallel to the displacement by pituitary prolactin and the prolactin in the medium eluted from Sephadex G-150 in a position indentical to that of pituitary prolactin. Chorionic explants released prolactin into the incubation medium during day 1 of culture only and did not incorporate 3H-labelled amino acids into prolactin. These results demonstrate that prolactin is synthesized by the decidua and not by the chorion and suggest that the decidua is the source of prolactin in amniotic fluid.

摘要

为了确定人蜕膜和/或绒毛膜是否合成并分泌催乳素,将剖宫产时获得的蜕膜组织块以及来自双卵双胎胎膜的绒毛膜组织块培养长达6天。在培养的每一天,蜕膜组织块释放出366±37 ng催乳素/100 mg组织(平均值±标准差),并且将3H标记的氨基酸掺入可免疫沉淀的催乳素中。在催乳素的放射免疫测定中,孵育培养基的系列稀释液使125I标记的催乳素发生位移,其位移情况与垂体催乳素的位移情况平行,并且培养基中的催乳素从Sephadex G - 150洗脱后的位置与垂体催乳素相同。绒毛膜组织块仅在培养第1天向孵育培养基中释放催乳素,并且未将3H标记的氨基酸掺入催乳素中。这些结果表明催乳素是由蜕膜而非绒毛膜合成的,提示蜕膜是羊水催乳素的来源。

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