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[β-苯基-GABA酯(苯乙哌啶酮)降压作用的血流动力学机制]

[Hemodynamic mechanism of the hypotensive action of beta-phenyl-GABA esters (phenibut)].

作者信息

Tiurenkov I N

出版信息

Farmakol Toksikol. 1983 Jan-Feb;46(1):54-9.

PMID:6825820
Abstract

It was established in acute and chronic experiments on cats that phenibut ethers are 7-10 times more potent than phenibut itself as regards hypotensive activity and produce inconsistent effects on the cardio- and hemodynamics. Of these ethers, methyl ether of phenibut is the most powerful agent. It causes lasting hypotension when given in doses of 1/50 and 1/30 of the LD50 at the cost of a decrease in the general peripheral resistance. At the same time, apart from raising the blood inflow to the heart and cardiac output, the drug has a compensated adverse ino- and chronotropic action on the heart.

摘要

通过对猫进行的急性和慢性实验确定,在降压活性方面,苯乙胺醚的效力比苯乙胺本身强7至10倍,并且对心脏和血液动力学产生不一致的影响。在这些醚类中,苯乙胺甲醚是最有效的药物。当以LD50的1/50和1/30的剂量给药时,它会导致持久的低血压,代价是全身外周阻力降低。同时,除了增加心脏的血液流入和心输出量外,该药物对心脏有代偿性的不良变力性和变时性作用。

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