A Novel Mechanics-based Intervention to Improve Post-stroke Stability

NACompletedINTERVENTIONAL
Enrollment

54

Participants

Timeline

Start Date

April 1, 2017

Primary Completion Date

March 31, 2020

Study Completion Date

March 31, 2020

Conditions
Stroke
Interventions
BEHAVIORAL

Error reduction

During training sessions, a custom-built force-field will exert forces on the legs while participants walk. These forces will push the legs toward mechanically-appropriate mediolateral locations, having the effect of reducing the errors in foot placement that are often present among individuals who have experienced a stroke.

BEHAVIORAL

Error augmentation

During training sessions, a custom-built force-field will exert forces on the legs while participants walk. These forces will push the legs away from mechanically-appropriate mediolateral locations, having the effect of amplifying the errors in foot placement that are often present among individuals who have experienced a stroke.

BEHAVIORAL

Activity matched control

During training sessions, participants will interface with a custom-built force-field while they walk. The force-field will essentially get out of the way, producing minimal forces on the legs, and having no direct effect on the errors in foot placement that are often present among individuals who have experienced a stroke.

Trial Locations (1)

29401-5799

Ralph H. Johnson VA Medical Center, Charleston, SC, Charleston

All Listed Sponsors
lead

VA Office of Research and Development

FED

NCT02964039 - A Novel Mechanics-based Intervention to Improve Post-stroke Stability | Biotech Hunter | Biotech Hunter