GAIT DISORDERS, NEUROLOGIC

This study tests whether combining non-invasive spinal cord stimulation with walking rehabilitation can reduce muscle stiffness and improve leg strength and walking ability in people with incomplete spinal cord injury. Ten adults with stable, incomplete spinal cord injury who can…

This study tests whether combining a powered exoskeleton (a robotic suit) with functional electrical stimulation (small muscle zaps) can improve walking speed in people with chronic spinal cord injury. About 34 participants with incomplete injuries will be randomly assigned to re…

This study tests whether adding a special nerve stimulation (called percutaneous neuromodulation) to standard physical therapy helps stroke survivors walk faster and move better. About 30 adults who had a stroke and can walk 10 meters will receive either regular physiotherapy alo…

This study is testing whether a wearable robotic exoskeleton can help people with multiple sclerosis (MS) improve their walking, memory, and thinking. Ten adults with MS who have moderate to severe walking difficulty and some cognitive problems will use the device during therapy.…

This study is testing whether a kit of wearable devices and a smartphone app can help people improve their walking and daily activity after a stroke. The kit includes smart insoles for the shoes and a wrist-worn activity tracker, which send data to an app that provides feedback. …

This study looks at children with spastic cerebral palsy to see if ultrasound images of their muscles can predict how well they move. Researchers will measure muscle thickness, stiffness, and blood flow, then compare these to standard movement tests. The goal is to find better wa…

This study is testing the safety and feasibility of a new exoskeleton called TWIICE Rise for people with spinal cord injury. The study involves 15 participants and will take place in two phases, first in a clinic and later at home and in the community. The goal is to see if the d…