神经元兴奋电刺激脉冲的适宜条件

Sameh Sherif, Y. Ghallab, M. El-Wakad, Y. Ismail
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引用次数: 0

摘要

神经元细胞活动的控制可以通过不同的外部刺激如电刺激来实现。神经元细胞的兴奋可以通过形成去极化和超极化细胞膜来确定。在本文中,我们证明了极化率数学模拟的有效性。极化率取决于与激励信号持续时间和施加电信号强度有关的几个因素。对这些因素的有效性研究和分析改进了极化率的定义。
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The Appropriate Conditions for The Electric Stimulus Pulse for The Neuron Excitation
The controlling in the neuron cell activity can achieve by a different external stimulus such as electric stimulation. The neuron cell excitation can define by forming depolarize and hyperpolarize cell membrane. In this paper, we represent the effectiveness of mathematical simulation for the polarization rate. The polarization rate relies on several factors related to the excitation signal duration and the intensity of the applied electric signal. The effectiveness study and analysis of these factors improve the definition of the polarization rate.
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