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[去神经后早期去极化:一氧化氮、乙酰胆碱和谷氨酸对氯离子转运体的影响及神经功能概述]

[Early postdenervation depolarization: effect of NO, acetylcholine and glutamates on chloride transporter and a general view of nerve functions].

作者信息

Herink J

机构信息

Vojenská lékarská akademie J. E. Purkynĕ, Hradec Králové.

出版信息

Cesk Fysiol. 2003 Dec;52(4):160-5.

Abstract

The survey of the original papers by Vyskocil and his co-workers draws attention to their contribution not only to the classic theory of neuromuscular transmission, but it discusses them especially in relation to some general principles of nervous functions. The mechanisms of synaptic plasticity, co-localization of various types of receptors in a single synapse, as well as practical therapeutic implications could serve as examples. The regulatory functions connected with NO synthase and calcineurin are then discussed in a broader context.

摘要

维斯考西尔及其同事对原始论文的综述不仅提请人们注意他们对经典神经肌肉传递理论的贡献,而且特别从神经功能的一些一般原则方面对其进行了讨论。突触可塑性机制、单一突触中各种类型受体的共定位以及实际治疗意义都可作为例子。随后在更广泛的背景下讨论了与一氧化氮合酶和钙调神经磷酸酶相关的调节功能。

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