非突触细胞间通讯:突触前抑制。

E S Vizi
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引用次数: 0

摘要

突触是神经元之间相互作用的最常见和公认的结构基础。它在神经元之间提供了“一对一”的通信系统。然而,神经元间通信还有另一种可能性:当一个神经元与许多其他神经元进行通信时,不需要进行突触接触。在过去的几年里,神经化学、形态学和药理学的证据表明,一些神经递质可能从非突触部位释放出来,扩散到比传统突触传递更远的靶细胞。神经元间的非突触性神经间通讯在突触前化学神经传递的调节中起着生理作用。这将是一种介于经典神经传递和神经内分泌分泌广播之间的过渡形式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Non-synaptic intercellular communication: presynaptic inhibition.

Synapse is the most common and generally accepted structural basis for the interaction between neurons. It provides a "one-to-one" communication system between neurons. However, there is another possibility for interneuronal communication: when one neuron communicates with many others without making synaptic contact. In the past few years neurochemical, morphological and pharmacological evidence has been obtained that some neurotransmitters may be released from non-synaptic sites, for diffusion to target cells more distant than those seen in conventional synaptic transmission. The non-synaptic interneuronal communication between neurons plays a physiological role in the presynaptic modulation of chemical neurotransmission. This would be a transitional form between the classical neurotransmission and the broadcasting of neuroendocrine secretion.

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