Membrane dynamics and single-neuron signal processing

A. Sánchez-Jiménez, V.M. Garcia, A. Perez-de Vargas, F. Panetsos
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Abstract

The oscillatory behaviour of both action potentials and subthreshold membrane potential, is widely accepted to be the basis of neuronal signal. An important factor of this behaviour is the frequency to which the neuron is able to oscillate. Little is known about the factors that affect this frequency or if it is modulated by some neuronal mechanism. In the present work we studied the relation between the frequency of the oscillations that display the inferior olive neural cells the passive currents, calcium-active conductances, as well as with the reversal potential of passive channels. We prove that the oscillation frequency of the inferior olive neurons can be determined by means of these parameters.
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膜动力学和单神经元信号处理
动作电位和阈下膜电位的振荡行为被广泛认为是神经元信号的基础。这种行为的一个重要因素是神经元能够振荡的频率。我们对影响这种频率的因素知之甚少,也不知道它是否受到某些神经元机制的调节。在本工作中,我们研究了显示下橄榄神经细胞的振荡频率、被动电流、钙主动电导以及被动通道反转电位之间的关系。我们证明了下橄榄神经元的振荡频率可以通过这些参数来确定。
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