The purpose of this study is to evaluate the effects of the Variable Friction shoe on gait in individuals with chronic stroke and foot drop. During each 12-week phase of an AB-BA clinical trial, participants will walk for at least 30-45 minutes per day for at least 5 days per week at home.

Dr. Ashaie and his team are using eye-tracking technology to study how stroke survivors identify emotions in words, faces and gestures.

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

New technology will enable targeted pain medication based on individual’s brain response and allow clinical trials to more accurate weed out placebo responders

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.

The goal of this project is to evaluate the paired contributions of intensity and variability of stepping training on lower extremity function post-stroke.

Effect of Mobility Training Using Robotic Exoskeletons on Stroke Survivors

This project tests if the efficacy of locomotor training is improved through the application of constraint induced movement therapy to lower limb

Test KineAssist MX on the ways it simulates over ground activities, force fields, provide standardized perturbations, and assure safety in challenging tasks.

To develop and evaluate a multi-user virtual reality (VR) environment for training upper extremity motor control after stroke

Develop a robotic, power-assist lever drive for a manual wheelchair that people with severe upper extremity impairment can use to both exercise and ambulate.