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The purpose of this research is to determine the effects of gait training with the Samsung
GEMS-H device on walking, balance, nervous system activity, and quality of life in individuals with sub-acute and chronic stroke.

View the overview of the projects associated with this RRTC: Home and Community-Based Services.

A multidisciplinary group of researchers will adapt, implement and evaluate a state-of-the-art intervention to promote sleep for stroke patients undergoing acute rehabilitation.

Our research program focuses on the pivotal role of clinicians and therapists in implementing routine rehabilitation care, and on enhancing their capacity to provide evidence-based, individualized, and precise therapy.

KT DRRP?is a grant supported research project involving a cooperative of research scientists and researchers joined for the advancement of science.

A lightweight powered prosthesis with a safe, intuitive control system.

We will develop a commercially viable VR rehabilitation system (called the Coapt PLP Management System) which can be deployed at home or in-clinic for individuals with upper or lower limb amputations.

We will conduct a first-in-human clinical trial to evaluate the effect of incorporating intramuscular EMG signals (obtained using a fully wireless implantable system), compared to surface EMG signals, on function ambulation and non-weight-bearing control of a powered leg prosthesis.

This project combines two treatments for advancement in peripheral nerve injury to regenerate damaged tissues with Botox and eSTIM.

Every year, over 200,000 Americans sustain a peripheral nerve injury (PNI). Although peripheral nerves have the ability to spontaneously regenerate, 90% of PNI patients do not regain full motor function. Despite ongoing research, the main treatment for peripheral nerve injury¡ªsurgery¡ª continues to be performed without the assistance of any medication or other therapies to enhance the rate of axon regrowth.