Self-inhibition as a facet of sensory physiology clarifying a critical point in an emerging general theory of the electrical activity of cells
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Authors
Lieberstein, H. Melvin
Advisors
Issue Date
1971-08
Type
Article
Keywords
Citation
H.M. Lieberstein, Self-inhibition as a facet of sensory physiology clarifying a critical point in an emerging general theory of the electrical activity of cells, Mathematical Biosciences, Volume 11, Issues 3–4, 1971, Pages 365-375, ISSN 0025-5564, https://doi.org/10.1016/0025-5564(71)90095-2.
Abstract
An early disparity between what it was hoped would be a general theory of electrically active cells and an observation of a nearly linear relation on the number of impulses evoked by an ionic membrane current stimulus in a stretch receptor of a frog is resolved on the basis of simple assumptions about self-inhibition that seem to be justified by what is now thought to be the microstructure and function of known self-inhibiting neural structures. © 1971.
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Publisher
Elsevier
Journal
Mathematical Biosciences
Book Title
Series
PubMed ID
ISSN
00255564