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This Concept Map, created with IHMC CmapTools, has information related to: Wilson, Geer, Unterberger, Clarner, Polvino - nervous system - chapter 11, Glutamate which causes EPSP, Neuron stimulated to produce Action Potential, Channels to alter Resting Membrane Potential, Potassium flow through Channels, Chloride flow through Channels, Action Potential can't be generated during Refractory Period, Astrocyte mops up Potassium, Resting Membrane Potential maintained by Potassium, Resting Membrane Potential is depolarized to reach Threshold, EPSP can combine via Spatial Summation, IPSP can combine via Spatial Summation, Neuron insulated by Myelin, Myelin facilitates propagation of Action Potential, EPSP can combine via Temporal Summation, Neuron normally exists at Resting Membrane Potential, GABA which causes IPSP, Resting Membrane Potential maintained by Chloride, Threshold causes Action Potential, Action Potential causes influx of Calcium, Neurotransmitters can be inhibitory such as GABA