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[多巴胺在极端条件下调节脑循环中的作用]

[The role of dopamine in regulating the cerebral circulation in extreme conditions].

作者信息

Pchelintseva T R, Pogorelyĭ V E, Gaevyĭ M D

出版信息

Fiziol Zh SSSR Im I M Sechenova. 1989 Nov;75(11):1596-601.

PMID:2628017
Abstract

In acute experiments on anesthetized cats, the perfusion of dopamine (100 micrograms/kg.min) during 35 minutes after cerebral ischemia inhibited the development of postischemic phenomena. Dopamine was found to exert a considerable effect on the oxidative metabolism in the brain. The responses of cerebral, peripheral vessels and systemic arterial pressure to dopamine (25 and 75 micrograms/kg) in conditions of blood autoperfusion with cooled blood did not differ significantly from those in normothermia. The problem of dopamine participation in the organism adaptive responses to extreme conditions, is discussed.

摘要

在对麻醉猫进行的急性实验中,脑缺血后35分钟内灌注多巴胺(100微克/千克·分钟)可抑制缺血后现象的发展。发现多巴胺对大脑的氧化代谢有显著影响。在冷血自身灌注条件下,大脑、外周血管及全身动脉压对多巴胺(25和75微克/千克)的反应与正常体温时相比无显著差异。文中讨论了多巴胺参与机体对极端条件适应性反应的问题。

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