Parcourir par auteur Cohen, Henri

Nombre de documents archivés : 9.

Frak, Victor Frak et Cohen, Henri (2023). « Current perspectives on the brain connectome ». Brain and Cognition, 172.

Frak, Victor et Cohen, Henri (2021). « Converging perspectives on the relationship between language and action », dans Special Issue on Functional links between language and motor activity, sous la dir. de Frak, Victor et Cohen, Henri. Amsterdam, Elsevier.

Frak, Victor; Labrecque, David et Cohen, Henri (2021). « Action verbs drive motor activity in adolescents but not in children ». Brain and Cognition, 148.

Frak, Victor; Nazir, Tatjana; Goyette, Michel; Cohen, Henri et Jeannerod, Marc (2010). « Grip Force Is Part of the Semantic Representation of Manual Action Verbs ». Public Library of Science(5(3) e), pp. 1-5.

Frak, Victor; Nazir, Tatjana; Goyette, Michel; Cohen, Henri; Paulignan, Yves et Jeannerod, Marc (2009). « At the interface between action verbs and grip force », dans The Neurobiology of Language Conference. 2009. (The first Neurobiology of Language Annual Meeting (NLC 2009), Chicago. Illinois. US, 15-16 octobre 2009), sous la dir. de Small, Steven et Tremblay, Pascale. Chicago. US, pp. 91-92.

Frak, Victor; Bourbonnais, Daniel; Croteau, Isabelle et Cohen, Henri (2006). « Interlimb Transfer of Grasp Orientation is Asymmetrical ». The Scientific World Journal, 6, pp. 1805-1809.

Frak, Victor; Paulignan, Yves; Jeannerod, Marc; Michel, François et Cohen, Henri (2006). « Prehension movements in a patient (AC) with posterior parietal cortex damage and posterior callosal section ». Brain and Cognition, 60, pp. 43-48.

Frak, Victor; Cohen, Henri et Pourcher, Emmanuelle (2004). « Simulated precision grasping in Parkinson’s Disease. », dans Mental Dysfunction in Parkinson’s disease., sous la dir. de Korczyn, A.D.. Turin, Italy., A.D. Korczyn, D. Calne, and O. Hornykiewicz (Eds.), : Medimond., pp. 21-26.

Frak, Victor; Cohen, Henri et Pourcher, Emmanuelle (2004). « A dissociation between real and simulated movements in Parkinson's disease ». Neuroreport, 15(9), pp. 1489-1492.