Neuromusculoskeletal simulation reveals abnormal rectus femoris-gluteus medius coupling in post-stroke gait
Post-stroke gait is often accompanied by muscle impairments that result in adaptations such
as hip circumduction to compensate for lack of knee flexion. Our previous work robotically …
as hip circumduction to compensate for lack of knee flexion. Our previous work robotically …
Musculoskeletal simulation framework for impairment-based exoskeletal assistance post-stroke
Assistive technology for the lower extremities has shown great promise towards improving
gait function in people following neuromuscular injuries. However, our previous work …
gait function in people following neuromuscular injuries. However, our previous work …
Neuromusculoskeletal simulation reveals abnormal rectus femoris-gluteus medius reflex coupling in post-stroke gait
T Akbas, RR Neptune, J Sulzer - bioRxiv, 2018 - biorxiv.org
Post-stroke gait is often accompanied by muscle impairments that result in adaptations such
as hip circumduction to compensate for lack of knee flexion. Our previous work robotically …
as hip circumduction to compensate for lack of knee flexion. Our previous work robotically …