Brain-Machine Interfacing Technologies

An electronic chip that interacts directly with brain cells and detects seizures will next treat people with neurological diseases and increase the understanding of cognitive functions

Brain-Machine Interfacing Technologies

Incubating microscope continuously recording activity from live brain cells

BME researchers have developed an electronic chip that records brain signals from single neurons for weeks at a time, at a resolution higher than any other technology in the world. The bionic hybrid neuro-chip can one day help diagnose and treat people with neurological conditions such as epilepsy and help regain lost brain function resulting from trauma, injury and neurodegenerative disorders.

BME researchers developed the chip to mimic the natural contact between brain cells. It “tricks” the brain cells into communicating with the technology. The chip can detect epileptic seizures remotely and accurately in animal models, it sheds light on how brain cells communicate with each other, and helps further the understanding of cognitive functions like learning and memory.

Brain-Machine Interfacing Technologies

Dr. Naweed Syed (left), Dr. Pierre Wijdenes (CEO, Neuraura, middle), Dr. Colin Dalton (right)

Brain-Machine Interfacing Technologies

Project co-leads Dr. Naweed Syed (left) and Dr. Colin Dalton (right)