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Astroglial Gap Junctions Strengthen Hippocampal Network Activity by Sustaining Afterhyperpolarization via KCNQ Channels

Elena Dossi et al.
HAL (France) · Papers · License: Open Access
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mathematical-modelingnetworks
Afterhyperpolarization, Networks, Mathematical modeling, Bursting, KCNQ channels, 0, Gap junctions, Connexins
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Record · ID 1066405
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