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[M型和N型胆碱能系统在猫大脑皮质运动区切除后运动功能恢复中的作用]

[Role of M- and N-cholinergic systems in the recovery of motor functions after removal of the motor zones of the cerebral cortex in cats].

作者信息

Shalkovskaia L N, Losev N A

出版信息

Zh Vyssh Nerv Deiat Im I P Pavlova. 1984 Nov-Dec;34(6):1066-71.

PMID:6524065
Abstract

In chronic experiments on cats with unilateral ablations of the motor cortical area, recovery of motor function of the contralateral forelimb was observed in average on the 31-th day after ablation. Stimulation of M-cholinoreactive brain biosystems by galantamine in combination with simultaneous suppression of N-cholinoreactive biosystems by ganglerone, shortened the period of complete compesation up to 10 days. Suppression of M-cholinoreactive systems and simultaneous stimulation of N-cholinoreactive ones by metamisil combined with galantamine prolonged the recovery period up to several months. A conclusion is drawn of an important role of M- and N-cholinergic mechanisms in providing compensatory possibilities of the brain.

摘要

在对单侧运动皮层区域进行切除的猫的慢性实验中,平均在切除后第31天观察到对侧前肢运动功能的恢复。加兰他敏刺激M-胆碱能反应性脑生物系统,同时用甘罗溴铵抑制N-胆碱能反应性生物系统,可将完全代偿期缩短至10天。美他西泮联合加兰他敏抑制M-胆碱能反应性系统并同时刺激N-胆碱能反应性系统,可将恢复期延长至数月。得出结论:M-和N-胆碱能机制在提供大脑代偿可能性方面具有重要作用。

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