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[神经源性应激条件下醛固酮的生物合成与代谢]

[Biosynthesis and metabolism of aldosterone under conditions of neurogenic stress].

作者信息

Markov Kh M, Bankova V V, Kucherenko A G

出版信息

Probl Endokrinol (Mosk). 1978 May-Jun;24(3):113-8.

PMID:566922
Abstract

Adult male rats were subjected to neurogenic stress by crowding for 1 and 7 days. The following was studied; aldosterone-14C biosynthesis from progesterone-14-C in vitro in the adrenal gland homogenate, aldosterone-14S metabolism in vitro in the liver homogenate; also the endogenous content of this hormone in the peripheral blood and the adrenal glands was determined by the radioimmunological method. 24-hour stress caused a sharp increase of aldosterone biosynthesis and a marked increase of the content of this hormone in the adrenal glands, this being accompanied by increased aldosterone metabolism and its normal content in the peripheral blood. Crowding for 7 days led to normalization of aldosterone-14C biosynthesis, to a marked reduction of its metabolism, decrease of the adrenal gland weight, to some reduction of aldosterone content in the adrenal glands and a sharp fall of the concentration of this hormone in the blood. The data obtained permit a suggestion that there was an increased tissue aldosterone utilization in one-day, and particularly in seven-day neurogenic stress.

摘要

成年雄性大鼠通过拥挤暴露于神经源性应激环境1天和7天。研究了以下内容:在肾上腺匀浆中体外从孕酮 - 14C合成醛固酮 - 14C,在肝匀浆中体外醛固酮 - 14S的代谢;还用放射免疫法测定了外周血和肾上腺中该激素的内源性含量。24小时应激导致醛固酮生物合成急剧增加以及肾上腺中该激素含量显著增加,同时伴有醛固酮代谢增加及其在外周血中的正常含量。拥挤7天导致醛固酮 - 14C生物合成正常化,其代谢显著降低,肾上腺重量减轻,肾上腺中醛固酮含量有所降低,且血液中该激素浓度急剧下降。所获得的数据表明,在1天尤其是7天的神经源性应激中,组织对醛固酮的利用率增加。

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