方法：应用在体玻璃微电极细胞内电位记录技术及细胞内注入极化电流的方法，测量和计算神经元的膜电学参数。
Methods: We used intracellular recording techniques of glass microelectrode and injected polarizing current into the neurons in ACG.
总之本质上，它们负责调节动作电位，它们做到这一点通过协助制造，并控制细胞内的电位梯度。
So essentially, they regulate this action potential, and they do so by helping to establish and then control the voltage gradient within the cells.
用浮置式细胞内微电极法引导在位灌流乌龟心脏心室肌细胞动作电位，观察高钾、高钙的单独作用及相互作用。
Using floating microelectrode, we have been able to record the action potential of ventricular cells of the tortoise and observed the effect of high potassium and high calcium on it.
根据肌肉的形态结构和生理特征，从细胞内动作电位开始，仿真了运动单位动作电位序列。
Based on anatomic and physiological features of muscle and adopting model of intracellular action potential, motor unit action potential (MUAP) train was simulated.
激光共聚焦显微镜检测细胞内游离钙及心肌细胞膜电位的变化。
The changes in the intracellular calcium content and the membrane potential of the myocardial cells were determined by laser confocal microscopy.
星型胶质细胞虽然没有动作电位，但是可以表达多种受体和离子通道，并且以细胞内钙波传递的方式来响应各类刺激。
Although lacking action potentials, astrocytes express various receptors and ion channels and exhibit intercellular propagating Ca2 + waves in response to various stimuli.
星型胶质细胞虽然没有动作电位，但是可以表达多种受体和离子通道，并且以细胞内钙波传递的方式来响应各类刺激。
Although lacking action potentials, astrocytes express various receptors and ion channels and exhibit intercellular propagating Ca2 + waves in response to various stimuli.
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