The electrophysiological recording showed the frequency of the PD rats’firing (21.10±3.21Hz) was high than the control rats (6.04±2.12Hz) (P<0.01).
电生理记录显示对照组大鼠GP神经元放电频率为6±2Hz,模型组大鼠GP神经元放电频率为21±3Hz,模型组大鼠的放电频率显著高于对照组(P<0.01)。
参考来源 - 帕金森病大鼠苍白球神经元放电模式的分析The technique for synchronous electrophysiological recording from multiple single cells has been widely applied, but there is still a shortage of suitable data acquisition and analysis systems to fit electrophysiological equipment made in China or Japan.
单细胞多点同步记录技术在国内外已经被广泛应用, 但在国内仍缺乏与国产或日产细胞电生理记录仪器相匹配的多通道同步生物电信号采集与分析系统。
参考来源 - 神经电生理信号多道同步采集和分析系统 A multiple·2,447,543篇论文数据，部分数据来源于NoteExpress
介绍了多道电生理记录分析系统的原理及用途。并对系统设计时所遇到的几个关键问题进行讨论并提出相应的解决方法。
This article introduces briefly the principle of the multi-channel physiology recorder and its applications. We here also discuss several key problems met in designing, and their related solutions.
画面来自神经科学家的显微镜，核磁共振成像或者电生理系统的记录。
This is what neuroscientists are looking at in their microscopes, MRI machines or electrophysiology systems.
目的：探讨记录正常昆明小鼠多焦电生理技术，观察不同颜色光刺激条件下小鼠多焦点视网膜电图的特点。
AIM: To probe into the methods to record multifocal electroretinogram (mfERG) from normal Kunming mice and to evaluate the features of mice mfERG under different color stimuli.
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