Mitf links neuronal activity and long-term homeostatic intrinsic plasticity
Abstract
Neuroplasticity forms the basis of neuronal circuit functional complexity and can determine differences between otherwise similar neuronal circuits. Although synaptic plasticity is fairly well characterized, much less is known about the molecular mechanisms underlying intrinsic plasticity, especially its transcriptional regulation. We show here that the Microphthalmia-associated transcription factor (Mitf), best known as the master regulator of...
Paper Details
Title
Mitf links neuronal activity and long-term homeostatic intrinsic plasticity
Published Date
Jun 10, 2019
Journal
Pages
507640
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