Ionic Generation of Electrical Signals AMPA Receptor
Types of Electrical Signals
The Remarkable Giant Nerve Cells of a Squid
Recording Passive and Active Electrical Signals in a Nerve Cell
Ionic Movements Across Neuronal Membranes
Electrochemical Equilibrium
Extracellular and Intracellular Ion Concentrations
Resting and Action Potentials Entail Permeabilities to Different Ions
Depolarization Increases Na+ and K+ Conductances of the Squid Giant Axon
Mathematical Reconstruction of the Action Potential
Feedback Cycles Responsible for Membrane Potential Changes
Passive Current Flow in an Axon
Propagation of an Action Potential Affects Voltage Changes
Voltage-Gated Na+ and K+ Channels
Mathematical Reconstruction of the Action Potential
Action Potential Conduction
Saltatory Action Potential Conduction Along a Myelinated Axon
Speed of Action Potential Conduction in Unmyelinated Versus Myelinated Axons
Different Forms of Action Potentials A Squid B Frog motor neuron - axon C Frog motor neuron – cell body D Inferior olive cell body E Purkinje neuron cell body