Personalizing Stroke Rehabilitation using Brain Stimulation

In Canada today, more than 80% of stroke survivors face the enduring challenge of long-term functional disability, significantly
impacting their quality of life. The integration of brain stimulation with post-stroke rehabilitation holds great promise as an intervention. A key factor contributing to this variability is the exclusive targeting of the primary motor cortex, overlooking the intricate neural networks governing motor function. Damage to any one aspect of the motor network can affect motor function. As such, applying brain stimulation over only one area for all individuals fails to account for the variable effect of stroke location on the motor network. This project introduces a novel strategy that utilizes brain imaging and stimulation data to identify individualized optimal stimulation targets. By customizing the application of brain stimulation based on stroke location and motor network activity, the research aims to significantly enhance functional recovery in the affected arm when combined with GRASP therapy. Beyond stroke recovery, this approach holds the potential to personalize brain stimulation for various conditions such as pain, anxiety, or addiction, marking a substantial stride toward tailored and more effective treatments.

Faculty Supervisor:

Lara Boyd

Student:

Partner:

Bogomolets National Medical University

Discipline:

Life Sciences

Sector:

Education

University:

The University of British Columbia

Program: