Serveur d'exploration sur les relations entre la France et l'Australie

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Selective suppression of the incorrect response implementation in choice behavior assessed by transcranial magnetic stimulation

Identifieur interne : 006332 ( Main/Exploration ); précédent : 006331; suivant : 006333

Selective suppression of the incorrect response implementation in choice behavior assessed by transcranial magnetic stimulation

Auteurs : Christophe Tandonnet [Australie, France] ; Michael I. Garry [Australie] ; Jeffery J. Summers [Australie]

Source :

RBID : ISTEX:9B6343198EFE0CD709F27E533A84D9D1B51B09DD

English descriptors

Abstract

Selecting the adequate alternative in choice situations may involve an inhibition process. Here we assessed response implementation during the reaction time of a between‐hand choice task with single‐ or paired‐pulse (3 or 15 ms interstimulus intervals [ISIs]) transcranial magnetic stimulation of the motor cortex. The amplitude of the single‐pulse motor evoked potential (MEP) initially increased for both hands. At around 130 ms, the single‐pulse MEP kept increasing for the responding hand and decreased for the nonresponding hand. The paired‐pulse MEP revealed a similar pattern for both ISIs with no effect on short intracortical inhibition and intracortical facilitation measures. The results suggest that the incorrect response implementation was selectively suppressed before execution of the correct response, preventing errors in choice context. The results favor models assuming that decision making involves an inhibition process.

Url:
DOI: 10.1111/j.1469-8986.2010.01121.x


Affiliations:


Links toward previous steps (curation, corpus...)


Le document en format XML

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<term>Active suppression mechanism</term>
<term>Amplitude</term>
<term>Analysis window</term>
<term>Burle</term>
<term>Choice behavior</term>
<term>Choice reaction time</term>
<term>Choice reaction time tasks</term>
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<term>Clinical neurophysiology</term>
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<term>Corticospinal pathway</term>
<term>Corticospinal suppression</term>
<term>Decision process</term>
<term>Different models</term>
<term>Diffusion models</term>
<term>Duque ivry</term>
<term>Empty dots</term>
<term>Experimental brain research</term>
<term>Experimental session</term>
<term>Force sensors</term>
<term>Gabaa receptors</term>
<term>Gabab receptors</term>
<term>Hasbroucq</term>
<term>Human motor control</term>
<term>Imperative stimulus</term>
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<term>Kujirai</term>
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<term>Maximal stimulator output</term>
<term>Modulation</term>
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<term>Nonresponding condition</term>
<term>Nonresponding conditions</term>
<term>Nonresponding hand</term>
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<term>Outer leds</term>
<term>Poststimulus time</term>
<term>Present data</term>
<term>Present results</term>
<term>Present study</term>
<term>Previous studies</term>
<term>Previous study</term>
<term>Psychological review</term>
<term>Pure race models</term>
<term>Random sequence</term>
<term>Reaction time</term>
<term>Reaction time period</term>
<term>Response activation process</term>
<term>Response execution</term>
<term>Response implementation</term>
<term>Response inhibition</term>
<term>Response latencies</term>
<term>Results favor models</term>
<term>Right hand</term>
<term>Right hands</term>
<term>Selective suppression</term>
<term>Sensorimotor cortices</term>
<term>Short intracortical inhibition</term>
<term>Sici</term>
<term>Silent period</term>
<term>Silent period duration</term>
<term>Single accumulator</term>
<term>Single accumulator models</term>
<term>Spatial resolution</term>
<term>Statistical analyses</term>
<term>Stimulation times</term>
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<term>Such modulations</term>
<term>Suppression</term>
<term>Suppression mechanism</term>
<term>Surface laplacian estimation</term>
<term>Tandonnet</term>
<term>Test stimulus</term>
<term>Time course</term>
<term>Time preparation</term>
<term>Training session</term>
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<term>Vidal</term>
<term>Volitional inhibition</term>
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<term>Active suppression mechanism</term>
<term>Amplitude</term>
<term>Analysis window</term>
<term>Burle</term>
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<term>Choice reaction time</term>
<term>Choice reaction time tasks</term>
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<term>Choice tasks</term>
<term>Clinical neurophysiology</term>
<term>Correct response</term>
<term>Cortical inhibition</term>
<term>Corticospinal</term>
<term>Corticospinal excitability</term>
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<term>Different models</term>
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<term>Experimental session</term>
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<term>Gabaa receptors</term>
<term>Gabab receptors</term>
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<term>Inhibition</term>
<term>Inhibition models</term>
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<term>Inhibition process acts</term>
<term>Inhibitory inputs</term>
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<term>Interstimulus interval</term>
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<term>Poststimulus time</term>
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<term>Present results</term>
<term>Present study</term>
<term>Previous studies</term>
<term>Previous study</term>
<term>Psychological review</term>
<term>Pure race models</term>
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<term>Reaction time period</term>
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<term>Response implementation</term>
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<term>Response latencies</term>
<term>Results favor models</term>
<term>Right hand</term>
<term>Right hands</term>
<term>Selective suppression</term>
<term>Sensorimotor cortices</term>
<term>Short intracortical inhibition</term>
<term>Sici</term>
<term>Silent period</term>
<term>Silent period duration</term>
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<term>Spatial resolution</term>
<term>Statistical analyses</term>
<term>Stimulation times</term>
<term>Stimulus presentation</term>
<term>Such modulations</term>
<term>Suppression</term>
<term>Suppression mechanism</term>
<term>Surface laplacian estimation</term>
<term>Tandonnet</term>
<term>Test stimulus</term>
<term>Time course</term>
<term>Time preparation</term>
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<front>
<div type="abstract" xml:lang="en">Selecting the adequate alternative in choice situations may involve an inhibition process. Here we assessed response implementation during the reaction time of a between‐hand choice task with single‐ or paired‐pulse (3 or 15 ms interstimulus intervals [ISIs]) transcranial magnetic stimulation of the motor cortex. The amplitude of the single‐pulse motor evoked potential (MEP) initially increased for both hands. At around 130 ms, the single‐pulse MEP kept increasing for the responding hand and decreased for the nonresponding hand. The paired‐pulse MEP revealed a similar pattern for both ISIs with no effect on short intracortical inhibition and intracortical facilitation measures. The results suggest that the incorrect response implementation was selectively suppressed before execution of the correct response, preventing errors in choice context. The results favor models assuming that decision making involves an inhibition process.</div>
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