当让小神经细胞和细神经纤维反复活动之后产生超极性电位变化是因为泵是电致性的缘故，它能把活动时进入的钠排出去。
When small nerve cells and small nerve fibers after repeated activities have super-polarity potential is because the pump is changing electrochromic of reason, when it can access to sodium excretion.
结论光学记录膜电位方法可以在神经细胞群的水平上直观观察VN神经电活动的时空二维方式及其兴奋性突触传递过程；
Conclusion The study indicated that the use of optical recording for revealing visually the synaptic transmission of afferent input in VN in brainstem was feasible.
两种神经元的自发生物电活动形式、自发放电频率和幅值、以及两者的静息电位无明显差异。
Modes, frequencies, and amplitudes of spontaneous biological electric activities of VNNs and NVNNs were not obviously different.
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