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- Q11829331 subject Q7081681.
- Q11829331 abstract "An antidromic impulse in an axon refers to conduction opposite of the normal (orthodromic) direction. That is, it refers to conduction along the axon hillock away from the axon terminal(s) and towards the soma. For most neurons, their dendrites, soma, or axons are depolarized forming an action potential that moves from the starting point of the depolarization (near the cell body) along the axons of the neuron. Antidromic activation is often induced experimentally by direct electrical stimulation of a presumed target structure. Antidromic activation is often used in a laboratory setting to confirm that a neuron being recorded from projects to the structure of interest.".
- Q11829331 wikiPageWikiLink Q12821248.
- Q11829331 wikiPageWikiLink Q178999.
- Q11829331 wikiPageWikiLink Q194277.
- Q11829331 wikiPageWikiLink Q2423067.
- Q11829331 wikiPageWikiLink Q43054.
- Q11829331 wikiPageWikiLink Q7081681.
- Q11829331 wikiPageWikiLink Q7104520.
- Q11829331 wikiPageWikiLink Q83183.
- Q11829331 wikiPageWikiLink Q842429.
- Q11829331 comment "An antidromic impulse in an axon refers to conduction opposite of the normal (orthodromic) direction. That is, it refers to conduction along the axon hillock away from the axon terminal(s) and towards the soma. For most neurons, their dendrites, soma, or axons are depolarized forming an action potential that moves from the starting point of the depolarization (near the cell body) along the axons of the neuron.".
- Q11829331 label "Antidromic".