... 细胞凋亡抑制因子 - inhibitor of apoptosis 化学突触 - neuronal signaling 戊糖磷酸途径 - pentose phosphate pathway ...
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Chemical synapse is the most important connect substance in neuron systerm. Chemical synapses have big effect on neuron siginal producing and conducting.
化学突触是神经系统中最重要的连接方式,对神经信息的产生与传导起着重要的作用。
参考来源 - ML神经元网络的电路实现与分析·2,447,543篇论文数据,部分数据来源于NoteExpress
相反,化学突触具有制造出多变信号的能力,因此,它能制造出很多复杂的信号。
In contrast, chemical synapses are capable of more variable signaling and thus can produce more complex behaviors.
这是因为化学突触传导对于认识大脑和行为非常重要,这将要在十一、十二及十三章中详细介绍。
Because chemical synaptic transmission is so central to understanding brain and behavior, it is examined in detail in Chapters 11, 12, and 13.
但是各种脉冲序列如何通过神经元之间的化学突触进行传递依然是一个悬而未决的问题。
But how various types of spike trains are transmitted across chemical synapses between neurons is still an open question.
This is a mechanism by which an electrical signal comes here, it gets translated into a chemical signal, the chemical diffuses across the gap and reinitiates a - an electrical signal in the next cell and that's one way that it happens.
这就是电信号产生的机理,电信号翻译成化学信号,化学物质扩散过突触间隙,重新激起下个细胞中的电信号,这是一种方式
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