GAIT DISORDERS, NEUROLOGIC

This study is testing if combining two therapies—a powered robotic exoskeleton suit and functional electrical muscle stimulation (FES)—is better than the exoskeleton alone for people with chronic spinal cord injury. It aims to see if this combination improves walking speed, endur…

This study is testing a home-based monitoring system to see if it helps people recovering from stroke improve their walking and daily activity. The system includes smart insoles, a wrist-worn activity tracker, and a mobile app to give feedback during a 6-week exercise program. Re…

This study is testing whether a combination of non-invasive spinal cord stimulation and walking rehabilitation can help people with incomplete spinal cord injuries. Researchers want to see if this approach reduces muscle stiffness, improves leg strength, and helps patients walk b…

This study is testing if a new nerve stimulation technique can help people walk better after a stroke. Researchers will compare standard physical therapy alone to therapy plus ultrasound-guided electrical stimulation of leg nerves. They are looking to see if the added treatment i…

This study is testing whether a wearable robotic exoskeleton suit can help people with multiple sclerosis (MS) walk farther and improve their memory and thinking skills. Researchers will compare the results of 10 participants who use the robotic device during therapy to those who…

This study is testing whether a robotic exoskeleton called TWIICE Rise is safe and practical for helping people with spinal cord injuries walk. Researchers will work with 15 participants to see how well they can use the device in different settings, including clinics, homes, and …

This study aims to understand how the physical structure of muscles relates to movement abilities in children with spastic cerebral palsy. Researchers will use ultrasound imaging to examine muscle thickness, stiffness, and blood flow in 36 children aged 4-18 years. The goal is to…