Solutions · Stroke
Novel neurotechnological approaches to potentialize motor recovery after stroke.
The programme
Cortical recordings follow that evolution. From there, the programme develops neurotechnologies meant to potentialize motor recovery.
A gravity-assist algorithm enhances locomotor control after stroke or spinal cord injury — Science Translational Medicine.
Electrophysiological recordings track the brain’s evolution after an internal capsule stroke.
A nonhuman primate model of subcortical stroke guides translation.
Research programme
We used cortical recordings to study the electrophysiological evolution of the brain after an internal capsule stroke. We are now developing novel neurotechnological approaches to potentialize motor recovery.
How it works
Preclinical model
The programme includes a nonhuman primate model of subcortical stroke, used to study the injury before new approaches reach patients.
How it works
Evidence
Every result behind this programme was peer-reviewed before it reached this page.
Conference contributions
Clinical trials
Register as a candidate to be contacted if you are eligible for one of our ongoing or upcoming studies.
Other research areas
