[麻醉动物铁和蛋白质二硝基复合物的降压活性]。

P I Mordvintsev, M D Putintsev, M E Galagan, E V Oranovskaia, O S Medvedev
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引用次数: 0

摘要

此前已有研究表明,二硝基铁配合物(DNIC)可长期降低动物动脉压。结果表明,这种作用与蛋白质DNIC的形成有关,DNIC是一种no储存在动物组织中。NO为降压药。为了验证这一观点,我们用硫代硫酸盐或磷酸盐与狗和大鼠血浆孵育低分子量DNIC, EPR法证实了DNIC蛋白的形成。将这些血浆样品注射到麻醉的狗和大鼠中,产生的降压反应与低分子量DNIC产生的降压反应相似。通过EPR法测定,这些复合物是铁(NO)2基团从低分子量DNIC转移到蛋白rs基团而形成的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Hypotensive activity of dinitrosyl complexes of iron and proteins in anesthetized animals].

It had been shown before that dinitrosyl iron complexes (DNIC) administration led to long-lasting decrease in animal arterial pressure. It was suggested that this effect depended on protein DNIC formation which were an NO-store in animal tissues. NO was hypotensive agent. To test this suggestion low molecular weight DNIC with thiosulphate or phosphate were incubated with blood plasma of dogs and rats which evoked protein DNIC formation proved by EPR method. Injections of these plasma samples into narcotized dogs and rats produced hypotensive responses similar to those produced by low molecular weight DNIC. These complexes, measured by EPR method, were formed as a result of Fe(NO)2-groups transfer from low molecular weight DNIC to protein RS-groups.

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