RSS
 
En français 
U864 Seminars
Yann Coello* 2014/09/04 4pm

The motor and social coding of peripersonal space

Michelle Soulier(16/07/14 15:46)
U864 Seminars
Pier Francesco Ferrari

2014-12-11 — [[/en]]

Michelle Soulier(31/03/14 13:57)
U864 Seminars
Olivier Marre 2014/03/20 3.30 pm

Reading the population code of the retina

Michelle Soulier(05/03/14 15:19)
U864 Seminars
Ann-Maree Vallence 21/03/2014 11.30 am

Investigation and characterisation of human cortical plasticity using non-invasive brain stimulation.

Michelle Soulier(19/02/14 11:31)
U864 Seminars
Pierre Jacquet 2014/03/06 3.30 pm

INVESTIGATING THE PSYCHOLOGICAL AND NEUROPHYSIOLOGICAL DYNAMICS OF HUMAN SOCIAL CONFORMITY

Michelle Soulier(18/02/14 08:26)
U864 Seminars
Round table Pedro Diaz Cartes 2014/02/17 11.30 am

Reflections on “biogenic cognition” proposals from Varela and Maturana: minimal embodiment and cognitive domain

Michelle Soulier(11/02/14 09:58)

Welcome to the website of ImpAct

Integrative, Multisensory, Perception, Action and Cognition Team

On 1/01/2011, Unit U864 has joined the new CRNL (Centre de Recherche en Neuroscience de Lyon),(INSERM-CNRS-Lyon1, Dir. O. Bertrand) as the ImpAct team headed by Denis Pélisson

We are a research unit affiliated with INSERM (U1028), with CNRS (UMR 5292), and with Claude Bernard University, Lyon 1, and the Lyon Hospitals. Our unit is member of the Handicap Federation Institute (IFRH25).

Les représentations de l'espace sont éléborées à partir d'informations sensorielles multiples qui doivent être intégrées. La vision, le toucher, la proprioception et le vestibule contribuent de façon primordiale à ces intégration inter-sensorielles. A partir de ces représentations spatiales, notre système nerveux peut générer des commandes motrices appropriées qui permettent de modifier la relation entre notre corps et l'environnement, ou bien d'agir sur l'environnement. Ces commandes motrices concernent le bras et la main, la marche et la posture, mais aussi les mouvements du regard. Notre unité s'attache à étudier la dimension dynamique de ces processus sensori-moteurs: la flexibilité, l'adaptation et la récupération à long terme après lésion cérébrale.

The scientific project of our Unit aims at identifying the spatial and motor representations that underlies the awareness of the body location and the capacity to act on the world. Our efforts are directed towards understanding the pathophysiology of the neurological deficits related to perception, internal representation, and action functions, aiming at the development of neurological rehabilitation techniques.

To know more about our scientific project, see our general presentation and the Research section.

You can also consult the list of members of the lab and get in touch or visit us. A site map is available to help you navigate through the pages of this web site. Do not forget to keep informed on the lab news.