Recently, Mouse neuroblastoma cells are considered as an attractive model for the study of human neurological and
prion diseases, and intensively used as a model system in different areas. Among those areas, differentiation of neuro2a
(N2A) cells, receptor mediated ion current, and glutamate induced physiological response are actively investigated. The
reason for the interest to mouse neuroblastoma N2A cells is that they have a fast growing rate than other cells in neural
origin with a few another advantages. This study evaluated the calcium oscillations and neural spikes recording of mouse
neuroblastoma N2A cells in an epileptic condition. Based on our observation of neural spikes in mouse N2A cell with
our proposed imaging modality, we report that mouse neuroblastoma N2A cells can be an important model related to
epileptic activity studies. It is concluded that the mouse neuroblastoma N2A cells produce the epileptic spikes in vitro in
the same way as produced by the neurons or the astrocytes. This evidence advocates the increased and strong level of
neurotransmitters release by enhancement in free calcium using the 4-aminopyridine which causes the mouse
neuroblastoma N2A cells to produce the epileptic spikes and calcium oscillation.
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