Demyelinating Diseases, Basic and Clinical Electrophysiology |
Contents
Introduction | 1 |
Overview of Studies on the Physiology of Conduction in Myelinated Nerve | 11 |
Structure of Normal Peripheral Myelinated Nerve Fibers | 25 |
Copyright | |
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abnormal action potential allergic amplitude axolemma axon membrane axoplasm basic protein bilayer binding blocking activity Brain Res brane central myelinated central nervous system changes channel density clinical component conduction velocity Cuprizone cytoplasm demyelinating diseases diameter effect elin enzyme evoked excitable experimental extracellular fibres frog function glial cells impulse inactivation increase internodal interstimulus interval ionic ions isolated latency lesions lination lipid Lond mammalian microtubules molecular mouse msec multiple sclerosis muscle myelin sheath myelinated axons myelinated fibers myelinated nerve fibers Neurochem neuroelectric blocking Neurol Neurology Neuropathol nodal membrane nodes of Ranvier normal occur oligodendrocytes paranodal region particles pathology patients peripheral nerve Physiol plaques potassium channels response Ritchie saltatory conduction saxitoxin Schwann cell segment sera serum sodium channels sodium current solubilized spinal cord squid squid giant axon staining Stämpfli stimulus structure studies surface temperature tion tissue toxin visual