Patients who might benefit from such prosthesis would include those with spinal cord sections or lesions, peripheral nerve disease, stroke to motor cortex, and ALS. Our lab collaborates with the laboratories of Prof. Tai to develop neural prostheses and brainmachine interfaces. Our group focuses on these main issues Autonomously Moving Neural Recording Probes Neural decoding algorithms. Richard Andersen and Prof. Neural Prosthetics and BrainMachine Interfaces.

Tai to develop neural prostheses and brainmachine interfaces. Our group focuses on these main issues Autonomously Moving Neural Recording Probes Neural decoding algorithms. Patients who might benefit from such prosthesis would include those with spinal cord sections or lesions, peripheral nerve disease, stroke to motor cortex, and ALS. Our lab collaborates with the laboratories of Prof. Neural Prosthetics and BrainMachine Interfaces. neural prosthesis as “direct brain interface that enables human, via the use of surgically implanted electrode arrays and associated computer decoding algorithms, to control external electromechanical devices by pure thought alone.