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BIOPHYSICS OF INTRACRANIAL SELF-STIMULATION.

Wilhelm Franz Angermeier, Darryl B. Neill

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Abstract

Abstract : A self-stimulation and E-controlled stimulation study was completed in one rat. The study supports the two-factor model of the self-stimulation mechanism which predicts (1) the shape of self-stimulation curves and changes in stimulation rate as a function of stimulation parameters, (2) dual autonomic effects of self-stimulation, (3) stimulus-bound feeding and self-stimulation at the same electrode site, (4) on-off behavior, and (5) changes in the above with changes in anatomical locus. (Author)

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What this paper is about

Abstract : A self-stimulation and E-controlled stimulation study was completed in one rat. The study supports the two-factor model of the self-stimulation mechanism which predicts (1) the shape of self-stimulation curves and changes in stimulation rate as a function of stimulation parameters, (2) dual autonomic effects of self-stimulation, (3) stimulus-bound feeding and self-stimulation at the same electrode site, (4) on-off behavior, and (5) changes in the above with changes in anatomical locus. (Author)

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Available abstract

Abstract : A self-stimulation and E-controlled stimulation study was completed in one rat. The study supports the two-factor model of the self-stimulation mechanism which predicts (1) the shape of self-stimulation curves and changes in stimulation rate as a function of stimulation parameters, (2) dual autonomic effects of self-stimulation, (3) stimulus-bound feeding and self-stimulation at the same electrode site, (4) on-off behavior, and (5) changes in the above with changes in anatomical locus. (Author)

Key concepts: Stimulation, Neuroscience, Biophysics, Biology

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