С¶÷ÑÅ

We will quantify the effect of TMR on persons with below-elbow (transradial) amputation.

Researchers at the С¶÷ÑÅ have designed the first-ever manual standing wheelchair that allows users to be mobile in both sitting and standing modes.

This study evaluates a rehab approach for stroke survivors where the combination of drug therapy & AMP is used to encourage voluntary muscle control & strength.

Interested in understanding if the chronic neural impairments & disuse of the upper limb associated with hemiparetic stroke lead to changes in muscle structure

We have found that spastic muscle, although having a normal stretch reflex, has a significantly higher intrinsic muscle stiffness compared to control muscle.

We are developing a minimally invasive tool to measure muscle force using fiber optics.

This study will help create a framework for the development of practical techniques to harness beneficial neuroplasticity in individuals with SCI.

This project's goal was to evaluate the clinical utility of a prosthetic hand by objectively quantifying whether people choose both modes while in their home.

Phones are a highly functional wearable sensor. This project looks at data gathered from the phone while those who have survived stroke carry a phone daily.

Our research addresses the role of multijoint stretch reflexes in the control of posture and movement in unimpaired human subjects.

The Center for Bionic Medicine designed a powered prosthetic arm that?is specifically designed to be smaller and lighter than currently available prostheses.

Robotic powered prostheses have a number of built-in mechanical sensors that can gather information about the position, angle, and force exerted by the prosthetic joints.