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Homeostatic recovery of embryonic spinal activity initiated by compensatory changes in resting membrane potential
ArticleAbstract: When baseline activity in a neuronal network is modified by external challenges, a set of mechanismsPalabras claves:Homeostatic, Intrinsic plasticity, Na K ATPase, Resting membrane potential, Synpatic scaling, Threshold voltageAutores:González-Islas C., Miguel Angel Garcia‑Bereguiain, Wenner P.Fuentes:googlescopusIn Vivo synaptic scaling is mediated by GluA2-lacking AMPA receptors in the embryonic spinal cord
ArticleAbstract: When spiking activity within a network is perturbed for hours to days, compensatory changes in synapPalabras claves:Autores:Butler E., González-Islas C., Hill A., Lindsly C., Miguel Angel Garcia‑Bereguiain, Wenner P.Fuentes:googlescopusSpontaneous release regulates synaptic scaling in the embryonic spinal network In Vivo
ArticleAbstract: Homeostatic plasticity mechanisms maintain cellular or network spiking activity within a physiologicPalabras claves:Chick embryo, Homeostatic plasticity, Nicotine, Spinal cord, Spontaneous release, Synaptic scalingAutores:González-Islas C., Lindsly C., Miguel Angel Garcia‑Bereguiain, Wenner P.Fuentes:googlescopusTonic nicotinic transmission enhances spinal GABAergic presynaptic release and the frequency of spontaneous network activity
ArticleAbstract: Synaptically driven spontaneous network activity (SNA) is observed in virtually all developing netwoPalabras claves:Chick embryo, GABA receptor A, Nicotinic receptor, Spinal cord, Spontaneous network activityAutores:González-Islas C., Miguel Angel Garcia‑Bereguiain, O'Flaherty B., Wenner P.Fuentes:googlescopus