Les oscillations cérébrales dans la bande de fréquences bêta (15-35Hz) sont observées dans des tâches très diverses, allant de l’exécution d’un mouvement simple à des tâches perceptives et cognitives complexes. Ici, notre objectif a été de déterminer si des activités EEG bêta spatialement distinctes (i.e. observées au sein de circuits neuronaux différents) pouvaient être identifiées dans le cadre d’une tâche d’adaptation motrice. En effet, par exemple pour atteindre une cible visuelle en portant des lunettes prismatiques, qui décalent toute la scène visuelle latéralement, au moins deux types de mécanismes adaptatifs entrent en jeu : des processus d’adaptation sensorimotrice automatiques/implicites et des mécanismes cognitifs/explicites perm...
Oscillatory neural activity in the beta band has been consistently observed across the sensorimotor ...
Abstract Movement is accompanied by beta power changes over frontal and sensorimotor regions: a decr...
International audienceWhile beta activity has been extensively studied in relation to voluntary move...
International audiencePrevious research suggests that so-called implicit and explicit processes of m...
À ce jour, le rôle des oscillations bêta n’a pas encore été clairement établi. Des travaux récents o...
Enhancing cerebellar activity influences motor cortical activity and contributes to motor adaptation...
Contains fulltext : 140673.pdf (publisher's version ) (Open Access)There is increa...
The neural correlates of action recognition have been widely studied in visual and sensorimotor area...
Chez l’humain, les corrélats EEG du système de supervision de l’action ont largement été explorés da...
beta-band power in sensorimotor areas during action observation. Front. Integr. Neurosci. 9:43. doi:...
Contains fulltext : 134889.pdf (publisher's version ) (Open Access)Rhythmic neural...
The spatiotemporal dynamics of ongoing beta band (15-30 Hz) cortical oscillations and the modulation...
International audienceSince the first descriptions of sensorimotor rhythms by Berger (1929) and by J...
Contains fulltext : 129800.pdf (publisher's version ) (Open Access)Alpha (8-12 Hz)...
Contains fulltext : 157671.pdf (publisher's version ) (Open Access)When moving aro...
Oscillatory neural activity in the beta band has been consistently observed across the sensorimotor ...
Abstract Movement is accompanied by beta power changes over frontal and sensorimotor regions: a decr...
International audienceWhile beta activity has been extensively studied in relation to voluntary move...
International audiencePrevious research suggests that so-called implicit and explicit processes of m...
À ce jour, le rôle des oscillations bêta n’a pas encore été clairement établi. Des travaux récents o...
Enhancing cerebellar activity influences motor cortical activity and contributes to motor adaptation...
Contains fulltext : 140673.pdf (publisher's version ) (Open Access)There is increa...
The neural correlates of action recognition have been widely studied in visual and sensorimotor area...
Chez l’humain, les corrélats EEG du système de supervision de l’action ont largement été explorés da...
beta-band power in sensorimotor areas during action observation. Front. Integr. Neurosci. 9:43. doi:...
Contains fulltext : 134889.pdf (publisher's version ) (Open Access)Rhythmic neural...
The spatiotemporal dynamics of ongoing beta band (15-30 Hz) cortical oscillations and the modulation...
International audienceSince the first descriptions of sensorimotor rhythms by Berger (1929) and by J...
Contains fulltext : 129800.pdf (publisher's version ) (Open Access)Alpha (8-12 Hz)...
Contains fulltext : 157671.pdf (publisher's version ) (Open Access)When moving aro...
Oscillatory neural activity in the beta band has been consistently observed across the sensorimotor ...
Abstract Movement is accompanied by beta power changes over frontal and sensorimotor regions: a decr...
International audienceWhile beta activity has been extensively studied in relation to voluntary move...