Interactive Exoskeleton Robot for Walking - Ankle Joint

NACompletedINTERVENTIONAL
Enrollment

25

Participants

Timeline

Start Date

May 27, 2015

Primary Completion Date

October 14, 2016

Study Completion Date

December 31, 2016

Conditions
Stroke
Interventions
DEVICE

Ankle Robot with Power Assistance

"Stroke patients will enrol in a 20-session gait training program for at least two sessions per week. In each session, the stroke patient will walk overground continuously for 2 \* 10 minutes and walk up/down a staircase (about 10 steps per flight) for 10 minutes, rest will be provided in between each round of walking or stair climbing. This training can promote gait recovery and physical fitness.~They will wear the Ankle Robot during the gait training. The motor will synchronise with the paretic-side gait pattern to provide dorsiflexion moment during swing phase, and free the ankle joint when the sole is loaded."

DEVICE

Sham

"Stroke patients will enrol in a 20-session gait training program for at least two sessions per week. In each session, the stroke patient will walk overground continuously for 2 \* 10 minutes and walk up/down a staircase (about 10 steps per flight) for 10 minutes, rest will be provided in between each round of walking or stair climbing. This training can promote physical fitness.~They will wear the Ankle Robot during the gait training. The robot will synchronise with the paretic-side gait pattern to the Ankle Robot provides very low assistance which can be barely perceived by the stroke patient but does not suffice to support the ankle dorsiflexion."

Trial Locations (1)

Unknown

Department of Biomedical Engineering, The Chinese University of Hong Kong, Hong Kong

All Listed Sponsors
collaborator

Innovation and Technology Commission, Hong Kong

OTHER

lead

Chinese University of Hong Kong

OTHER

NCT02471248 - Interactive Exoskeleton Robot for Walking - Ankle Joint | Biotech Hunter | Biotech Hunter