neurotransmitter release

基本解释

Neurotransmitter release during synaptic transmission is mediated by presynaptic active zone.
在突触前，神经递质释放是由活动区结构所介导的。
The membrane proteins of synaptic vesicle and their role in the neurotransmitter release have been extensively studied.
突触小泡膜蛋白及其在神经递质释放过程中的作用已取得若干研究进展。
Presynaptic plasticity is implicated in the modulation of the neurotransmitter release machinery and consequently in synaptic strength.
突触前可塑性是指通过对神经递质释放过程的干预、修饰，调节突触强度的过程。

So, that process happens fast but you also need this neurotransmitter release and activation to happen fast so that you can have rapid activity.
所以电传递过程很快,但你仍需要神经递质的,快速释放和快速激活,以便使你快速活跃起来
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Neurotransmitter release is stimulated by the electrical activity that reaches the end of the axon.
到达轴突末梢的电流变化,刺激了神经递质的释放
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Research at UCLA found that too much time spent on social media and too little time in social interaction is stimulating brain cell alteration and neurotransmitter release.
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Researchers are discovering that daily exposure to computers, smart phones, video games, Internet search engines, etc. stimulates brain cell alteration and neurotransmitter release, gradually strengthening new neural pathways while weakening old ones.
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递质释放
P65 is a neural-specific protein and binds directly to syntaxin, synapotic membrane protein, to form a complex that regulates neurotransmitter release by mediating the docking and fusion of synaptic vesicles to presynaptic membranes.
P65是一种神经特异性蛋白,可与突触膜蛋白Syntaxin直接结合,并形成复合物,通过调节突触小泡与突触前膜的锚定、融合过程,实现其对神经递质释放的调节。
神经传递物质释放