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- Activating_function abstract "The activating function is a mathematical formalism that is used to approximate the influence of an extracellular field on an axon or neurons. It was developed by Frank Rattay and is a useful tool to approximate the influence of functional electrical stimulation (FES) or neuromodulation techniques on target neurons. It points out locations of high hyperpolarization and depolarization caused by the electrical field acting upon the nerve fiber. As a rule of thumb, the activating function is proportional to the second-order spatial derivative of the extracellular potential along the axon.".
- Activating_function wikiPageID "33102937".
- Activating_function wikiPageLength "5679".
- Activating_function wikiPageOutDegree "13".
- Activating_function wikiPageRevisionID "679095871".
- Activating_function wikiPageWikiLink Axon.
- Activating_function wikiPageWikiLink Category:Bioelectrochemistry.
- Activating_function wikiPageWikiLink Category:Computational_neuroscience.
- Activating_function wikiPageWikiLink Depolarization.
- Activating_function wikiPageWikiLink Frank_Rattay.
- Activating_function wikiPageWikiLink Functional_electrical_stimulation.
- Activating_function wikiPageWikiLink Hyperpolarization_(biology).
- Activating_function wikiPageWikiLink Membrane_potential.
- Activating_function wikiPageWikiLink Neuromodulation_(medicine).
- Activating_function wikiPageWikiLink Neuron.
- Activating_function wikiPageWikiLinkText "Activating function".
- Activating_function wikiPageUsesTemplate Template:For.
- Activating_function wikiPageUsesTemplate Template:Reflist.
- Activating_function subject Category:Bioelectrochemistry.
- Activating_function subject Category:Computational_neuroscience.
- Activating_function hypernym Formalism.
- Activating_function type ProgrammingLanguage.
- Activating_function type Biophysic.
- Activating_function comment "The activating function is a mathematical formalism that is used to approximate the influence of an extracellular field on an axon or neurons. It was developed by Frank Rattay and is a useful tool to approximate the influence of functional electrical stimulation (FES) or neuromodulation techniques on target neurons. It points out locations of high hyperpolarization and depolarization caused by the electrical field acting upon the nerve fiber.".
- Activating_function label "Activating function".
- Activating_function sameAs Q4677457.
- Activating_function sameAs m.0h68y05.
- Activating_function sameAs Q4677457.
- Activating_function wasDerivedFrom Activating_function?oldid=679095871.
- Activating_function isPrimaryTopicOf Activating_function.