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[高氧对“内分泌”肾模型中促红细胞生成素生物合成的影响]

[Effect of hyperoxia on erythropoietin biogenesis in the "endocrine" kidney model].

作者信息

Morshchakova E F, Kalacheva N M, Pavlov A D

出版信息

Biull Eksp Biol Med. 1980 Aug;90(8):145-6.

PMID:6157435
Abstract

The erythropoietin plasma level and RNA synthesis in both kidneys were studied in rats with the H. Selye "endocrine" kidney under 4-hour hyperoxia. It was shown that a short period of hyperoxia leads to a 2-fold decrease in erythropoietin plasma level and to the fall of RNA synthesis in the "endocrine" and intact kidneys. From the evidence obtained it is concluded that hyperoxia inhibits erythropoietin production in the kidneys. Changes in high-polymeric RNA synthesis suggest that DNA-dependent RNA synthesis is one of the mechanisms of the hormone biogenesis.

摘要

在4小时高氧环境下,对具有H. 塞利“内分泌”肾的大鼠的促红细胞生成素血浆水平和双肾中的RNA合成进行了研究。结果表明,短时间的高氧会导致促红细胞生成素血浆水平降低两倍,并使“内分泌”肾和正常肾中的RNA合成下降。根据所获得的证据得出结论,高氧抑制肾脏中促红细胞生成素的产生。高分子RNA合成的变化表明,依赖DNA的RNA合成是激素生物合成的机制之一。

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