[PDF][PDF] Effects of extracellular calcium on the volley activity of entorhinal cortex neurons in neonatal rats: computer simulation
MG Sheroziya, AV Egorov - Neuroscience and behavioral …, 2010 - researchgate.net
Neuroscience and behavioral physiology, 2010•researchgate.net
The calcium-dependent volley activity of neurons in the entorhinal cortex of neonatal rats
increased when the extracellular Ca2+ concentration decreased from 2 to 1 mM. This may
be associated with changes in the properties of the slow sodium current. Computer
simulation of volley neurons using a model including a relationship between the slow
sodium current and extracellular Ca2+ supported this suggestion.
increased when the extracellular Ca2+ concentration decreased from 2 to 1 mM. This may
be associated with changes in the properties of the slow sodium current. Computer
simulation of volley neurons using a model including a relationship between the slow
sodium current and extracellular Ca2+ supported this suggestion.
The calcium-dependent volley activity of neurons in the entorhinal cortex of neonatal rats increased when the extracellular Ca2+ concentration decreased from 2 to 1 mM. This may be associated with changes in the properties of the slow sodium current. Computer simulation of volley neurons using a model including a relationship between the slow sodium current and extracellular Ca2+ supported this suggestion.
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