Invasive

Invasive neurotechnologies in humans attempt to address the devastating effects of different disorders that affect movements, cognition, or the mental health of individuals. They use electrodes placed within the brain to understand the state of the person, and sensory or electrical stimulation to provide feedback to the nervous system. Thus, they can create entirely new ways to treat neurological disorders such as Parkinson’s disease, stroke, or brain or spinal cord injury.

BMI Neuroprosthetics

| |
The T&C Chen Brain-Machine Interface Center, led by Richard Andersen, Caltech’s James G. Boswell Professor of Neuroscience is advancing work on a new generation of devices that can directly communicate with the brain. These neuroprosthetics enable people...

Bioelectronic Medicine

and | |
Ultra-small, low-power devices create a platform to empower the future of bioelectronic medicine and transform how the world monitors and treats disease. iota holds exclusive license to millimeter-sized, ultrasonic-powered bioelectronic devices developed at UC...