J. Gandar

Discipline

Type de document

Co-auteur

E.M. Moraud

S. Micera

S. Duis

P. Detemple

G. Courtine

M. Capogrosso

J. Bloch

E. Bezard

Q. Barraud

D. Xing

N. WENGER

F. Wagner

R. van den Brand

F. Schmitz

E. Rey

N. Pavlova

P. Musienko

A. Mortera

I.R. Minev

T. Milekovic

J.-B. Mignardot

Q. Li

C.G. Le Goff

S.P. Lacour

J. Kreider

S. Kraus

W.K. Ko

Y. Jianzhong

A. Hirsch

O. Haverbeck

N. Dominici

J. DiGiovanna

T. Denison

N. Buse

D. Borton

L. Baud

L. Asboth

Date

Source

Serveur académique Lausannois (2)

Mot-clé

blessure (2) Control (2) Spinal cord (2) Rats (2) Muscles (2) Human beings (2) Locomotion (2) Locomotion (2) temps (durée) (1) logiciel (1) rongeur (1) recherche (1) électronique (1) effet (1) abords (agglomération) (1) Dynamics (1) Computer simulation (1) Area (1) Animal models (1) Communication (1) Software (1) Spinal implants (1) States (1) Real-time control (1) Area (1) Walking (1) Prison treadmills (1) Time (1) Strategy (1) Rhesus monkey (1)

Documents écrit par J. Gandar (2) | parle de J. Gandar (0)

A brain-spine interface alleviating gait deficits after spinal cord injury in primates.

M. Capogrosso et al. (9 nov. 2016)

Spatiotemporal neuromodulation therapies engaging muscle synergies improve motor control after spinal cord injury.

N. Wenger et al. (2016)