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对不同形式帕金森病中纹状体苍白球和丘脑某些结构的状态及生理活动特征进行神经生理学研究。

Neurophysiological investigations of the features of the state and physiological activity of some structures of the striopallidum and thalamus in various forms of parkinsonism.

作者信息

Ilyukhina V A, Bokarius V B

机构信息

Laboratory of the Physiology of the States of the Brain and Organism, Institute of Human Brain, Russian Academy of Sciences, Saint Petersburg.

出版信息

Neurosci Behav Physiol. 1995 Mar-Apr;25(2):104-10. doi: 10.1007/BF02358576.

DOI:10.1007/BF02358576
PMID:7630489
Abstract

The results of many years of investigations of the features of the functional state and physiological activity of some structures of the striopallidum (Cd, GP, Put) and thalamus (VP, VL, CM) as links in the brain systems of the organization of mental and motor activity in patients with various forms of parkinsonism are presented in generalized form. The possibilities for the use of various types of ultraslow physiological processes to study the brain mechanisms of the activational and emotional states, with more precise definition of the role of structures of the striopallidal complex in the formation of systems supporting these types of mental activity in parkinsonism, are reviewed.

摘要

本文以综述形式呈现了多年来对患有各种形式帕金森病的患者脑系统中,作为精神和运动活动组织环节的纹状体苍白球(尾状核、苍白球、壳核)和丘脑(腹后核、腹外侧核、中央中核)某些结构的功能状态和生理活动特征的研究结果。还综述了利用各种类型超慢生理过程来研究激活和情绪状态的脑机制的可能性,以及更精确地界定纹状体苍白球复合体结构在帕金森病中支持这些类型精神活动的系统形成中的作用。

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Neurophysiological investigations of the features of the state and physiological activity of some structures of the striopallidum and thalamus in various forms of parkinsonism.对不同形式帕金森病中纹状体苍白球和丘脑某些结构的状态及生理活动特征进行神经生理学研究。
Neurosci Behav Physiol. 1995 Mar-Apr;25(2):104-10. doi: 10.1007/BF02358576.
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本文引用的文献

1
Very slow brain processes (terminology and clarification of some concepts). II. Methodology and methods of recording, analysis, and interpretation of data on spontaneous and evoked dynamics of very slow processes in the cortex and deep brain structures.非常缓慢的脑过程(术语及一些概念的阐释)。二、关于皮质和深部脑结构中非常缓慢过程的自发及诱发动态的数据记录、分析和解释的方法与技术。
Hum Physiol. 1982 Jan-Feb;8(1):14-34.