Stimulating Electrode Array Assists Paraplegic Man to Stand and Move Legs Voluntarily

Joel W. Burdick, Professor of Mechanical Engineering and Bioengineering, and colleagues including Yu-Chong Tai, Professor of Electrical Engineering and Mechanical Engineering, have used a stimulating electrode array to assist a paralyzed man to stand, step on a treadmill with assistance, and, over time, to regain voluntary movements of his limbs. Using a combination of experimentation, computational models of the array and spinal cord, and machine-learning algorithms, Professor Burdick and his colleagues are now trying to optimize the stimulation pattern to achieve the best effects, and to improve the design of the electrode array. Further advances in the technology should lead to better control of the stepping and standing processes. 

Yu-Chong Tai

Rob Summers, 25, in the harness that provides support while he receives electrical stimulation to his spinal cord. The experimental procedure has allowed Summers to stand and move his legs voluntarily. [Credit: Rob Summers]

Tags: EE research highlights MedE health Yu-Chong Tai MCE Joel Burdick