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Improving Arm Movement Using Wearable Device After Stroke
Shirley Ryan AbilityLab is evaluating a new rehab therapy using wearable devices and a video game interface to improve arm movement after stroke. Participants use these wearable devices, called myoelectric computer interfaces, to play video games using their arm muscles.
Age Range
At least 18 years old
Clinical Trial
Research Collaboration with Samsung Featured on CNN Business
Arun Jayaraman, PT, PhD and Sara Prokup, PT, DPT of the Max Näder Center for Rehabilitation Technologies and Outcomes Research were recently interviewed for an advertisement feature on CNN Business regarding a new powered device (the GEMS) for stroke patients.
In the News
Timing of transcranial direct current stimulation (tDCS) combined with speech and language therapy (SLT): An Intervention Development study for Aphasia
This study will determine if it is better to receive tDCS before, during, or after the speech and language therapy session.
Clinical Trial
Tracking the evolution of spasticity in acute stroke
This study will measure arm muscle weakness and spinal cord changes following post stroke.
Age Range
Adults (> 18)
Clinical Trial
Can H-Reflex down conditioning reduce spasticity in stroke survivors?
The purpose of this study is to study the effects of reflex training as a new intervention to help with spasticity, a motor impairment that can occur during the recovery after a stroke.
Age Range
Adults (18-85)
Clinical Trial
Leora Cherney Receives Elite Distinction; Named “Fellow of ACRM”
On Nov. 7, Leora Cherney, PhD, scientific chair, Think + Speak Lab, was inducted as a Fellow of ACRM — the American Congress of Rehabilitation Medicine’s recognition of its most outstanding members.
In the News
A Life Regained Following Stroke
Walter arrived paralyzed on the right side of his body. He arrived on a Saturday and by Tuesday, he took his first steps. Soon after walking, he didn’t stop.
Patient Story
Collaborative Machines Enhancing Therapies (COMET)
The Collaborative Machines Enhancing Therapies center brings together four research and development projects aimed at improving how patients move.
Research Project
An Adaptive Wearable Balance Trainer
Development of a therapy-ready collaborative balance trainer.
Research Project
Smart Passive Devices for Arm Function Recovery
We have developed machine-assisted therapy techniques that focus on self-directed movement and error augmentation approaches to promote user engagement.
Research Project
COMPLETE: Soft Exoskeleton for Gait Recovery in Stroke
This project evaluates the benefits a soft exoskeleton can have on a stroke survivor with lower extremity impairments.
Research Project
Robotic Treadmill for Intense, Adaptive Propulsion Training
We will fabricate an innovative split-belt treadmill system that allows backward-directed, real-time-adaptive, resistive forces applied to the pelvis.
Research Project