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睾丸和腺体对人类精液中催乳素池的贡献。

Testicular and glandular contributions to the prolactin pool in human semen.

作者信息

Rui H, Torjesen P A, Jacobsen H, Purvis K

出版信息

Arch Androl. 1985;15(2-3):129-36. doi: 10.3109/01485018508986902.

Abstract

The immunoreactive prolactin in human seminal plasma originates predominantly from two sources, the seminal vesicles and the testicular-epididymal axis. The following evidence supported a testicular-epididymal origin: Vasectomy reduced the content of prolactin in the ejaculates by 50%; the concentration of seminal prolactin was highly correlated (r = 0.54, p less than 0.003) with the concentration of sperm in a normal population of young and middle-aged men; and prolactin concentrations in the split ejaculates of normospermic men revealed a profile that corresponded to the sperm distribution pattern. Evidence supporting an additional contribution from the seminal vesicles included the following. The split ejaculate of an azoospermic individual coincided more with the distribution of the vesicular parameter fructose; vasectomy did not cause the disappearance of prolactin from the ejaculate; and split-ejaculate analyses weakened the possibility of a major prostatic source.

摘要

人精浆中的免疫反应性催乳素主要来源于两个部位,即精囊和睾丸-附睾轴。以下证据支持其来源于睾丸-附睾:输精管结扎使射精液中催乳素含量降低50%;在正常中青年男性群体中,精浆催乳素浓度与精子浓度高度相关(r = 0.54,p < 0.003);正常精子男性分段射精中的催乳素浓度呈现出与精子分布模式相对应的特征。支持精囊有额外贡献的证据如下。无精子症个体的分段射精情况与精囊参数果糖的分布更为吻合;输精管结扎并未导致射精液中催乳素消失;分段射精分析减弱了前列腺为主要来源的可能性。

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