Electrodiffusion enhances passive ion transport and stabilizes the depolarization block state.

<p>(a and b) Neurons in both the vGNP and iHH models enter a DB state under glutamate stimulation with . Upon removal of the stimulus (indicated by the dotted line), the neuron in the vGNP model remains in the DB state (a), whereas the neuron in the iHH model returns to the resting state (b)....

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Bibliographic Details
Main Author:	Zichao Liu (4591993) (author)
Other Authors:	Yinyun Li (3080400) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Neuroscience Physiology Biotechnology Science Policy Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified neuronal discharge behaviors ion concentrations due fundamental mechanistic understanding active ion transport ion concentration accumulates pathological neural events div >< p electrodiffusive dynamics influence investigate channel rectifications modulating membrane conductance neural dynamics electrodiffusive dynamics concentration changes neural activity electrodiffusive gauss channel permeabilities channel conductivity study provides robust framework rectifying channels rectification properties quite clear novel gauss neurodynamic system neurodynamic models nervous system leaky channels high levels future research exhibits difference electrodiffusion regulation electrodiffusion plays crucial role conventional conductance based models based goldman analytically demonstrated
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Electrodiffusion enhances passive ion transport and stabilizes the depolarization block state.

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