Spike Generation and Excitable Domains in Myelinated and Demyelinated Axons

Keyphrases

• Axon 100%
• Myelinated 100%
• Axon Initial Segment 100%
• Spike Generation 100%
• Segment Location 50%
• Action Potential 33%
• Dendritic Morphology 25%
• Pyramidal Neurons 25%
• Myelination 25%
• Voltage-gated Ion Channels 16%
• Cellular Architecture 16%
• Dendritic Tree 16%
• Node of Ranvier 16%
• Myelin Loss 16%
• Saltatory Conduction 16%
• Layer 5 Pyramidal Neurons 16%
• Hyperexcitable 16%
• Neocortical Circuits 16%
• Action Potential Generation 16%
• High-resolution 8%
• Neurological Symptoms 8%
• Multiple Sclerosis Treatment 8%
• Mouse Model 8%
• Frequency Dependence 8%
• High-order 8%
• Compartmentalization 8%
• Rodents 8%
• Structure Function 8%
• Myelin 8%
• Dendrite 8%
• Cellular Excitability 8%
• Branched Structure 8%
• Small Diameter 8%
• Ectopic Location 8%
• Demyelination 8%
• Nerve Cells 8%
• Presynaptic Bouton 8%
• Neocortical 8%
• Myelinated Axons 8%
• Conduction Velocity 8%
• Ion Channel Clustering 8%
• Epilepsy Surgery 8%
• Action Potential Waveform 8%
• Myelin Membrane 8%
• Demyelination Model 8%
• Axonal Demyelination 8%
• Axon Collaterals 8%
• Scaling Principle 8%
• Axonal Domain 8%
• Activity-dependent Plasticity 8%
• Human Neocortex 8%
• Micrometer Precision 8%
• Rise Time 8%
• Acute Slice 8%
• Optimal Actions 8%
• Electrogenesis 8%
• Axolemma 8%
• Axonal Membrane 8%
• Nodal Domains 8%
• Action Potential Propagation 8%
• Anchoring Proteins 8%
• Impulse Conduction 8%

Neuroscience

• Axon 100%
• Action Potential 42%
• Myelin 21%
• Myelinogenesis 15%
• Neurolemma 10%
• Voltage-Gated Ion Channel 10%
• Dendrite 5%
• Multiple Sclerosis 5%
• Nervous System Cell 5%
• Ion Channel 5%
• Excitability 5%