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嗅觉神经系统的电位发放
引用本文:张同斌,刘深泉.嗅觉神经系统的电位发放[J].河南科学,2009,27(3):271-274.
作者姓名:张同斌  刘深泉
作者单位:1. 河南工业大学,理学院,郑州,450001
2. 华南理工大学,应用数学系,广州,510640
摘    要:利用描述抑制结构的WLC模型,数值分析嗅觉神经系统各个神经元的电位发放,得到嗅觉神经系统中球周细胞层、嗅球、僧帽细胞层、颗粒细胞层、前嗅核和前梨状皮层内各个神经元的电位发放,模拟了Freeman嗅觉系统各K系列模型的电位发放模式,数值说明僧帽细胞具有丰富的发放形式,神经元之间的具有两种信号传递模式,数值结果和嗅觉实验现象相吻合.

关 键 词:嗅觉神经系统  神经元  抑制  兴奋

The Potential Spike of Olfactory Neural System
Zhang Tongbin,Liu Shenquan.The Potential Spike of Olfactory Neural System[J].Henan Science,2009,27(3):271-274.
Authors:Zhang Tongbin  Liu Shenquan
Institution:1.Henan University of Technology;College of Science;Zhengzhou 450001;China;2.Department of Applied Mathematics;South China University of Technology;Guangzhou 510640;China
Abstract:This paper using inhibited WLC model presents the potential spike of neurons on the olfactory neural system,such as in glomerular layer,olfactory bulb,mitral cells,granular cell,anterior olfactory nucleus and prepyriform cortex.The simulation results carry out the potential spike of Freeman olfactory neural cells(K-type),which shows the abundances patterns potential spike and two ways of transmission of electric signals.The numerical results here accord with olfactory experiments.
Keywords:olfactory system  neuron  inhibited  excitable  
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