Glucose Fueled Brain Implants
August 28, 2012 | Terry Sharrer
In the genre of brain-machine interfaces for restoring lost motor function or sending impulses to a prosthetic, ultra low power bioelectronics are the focus for engineering. To that end, a team at MIT has developed a silicon chip, integrated circuit that relies on a platinum catalyst to strip electrons from glucose to generate a current. Both the silicon and platinum are biocompatible for neural implants. MORE
Image Credit: Sarpeshkar Lab