Working to Restore the Independence of People Affected by Neurologic Disease

BrainGate is developing and testing practical, groundbreaking medical devices to restore communication, mobility and independence to people affected by neurologic disease, paralysis, or limb loss.

Learn More

Pursuing and Achieving important advances in neuroscience.

BrainGate is at the forefront of advancing basic and clinical human neuroscience, as we further our goal of helping people affected by neurologic disease or injury.

Learn More

BrainGate: a leading team of physicians, scientists and engineers.

An extraordinary collaboration of internationally recognized laboratories, universities, and hospitals, streamlining the research process, ensuring its validity, and working to advance brain-computer interface technologies.

Learn More

Working to Restore the Independence of People Affected by Neurologic Disease

BrainGate is developing and testing practical, groundbreaking medical devices to restore communication, mobility and independence to people affected by neurologic disease, paralysis, or limb loss.

See what we're all about

Pursuing and Achieving important advances in neuroscience.

BrainGate is at the forefront of advancing basic and clinical human neuroscience, as we further our goal of helping people affected by neurologic disease or injury.

Check Out Our Research

BrainGate: a leading team of physicians, scientists and engineers.

An extraordinary collaboration of internationally recognized laboratories, universities, and hospitals, streamlining the research process, ensuring its validity, and working to advance brain-computer interface technologies.

Meet Our Team

Research Areas

Assistive Communication

Assistive Communication

Neuroengineering intuitive, powerful solutions for people with locked-in syndrome - the inability to move and to speak despite being fully awake and alert, due to brainstem injury or ALS.

Movement Restoration

Movement Restoration

Reimagining fully implanted neuroprosthetics for people with cervical spinal cord injury or brainstem stroke, where the movement signals from the brain have been “disconnected” from the limb.

Neuroscience

Neuroscience

Together with our incredible research participants, harnessing the rare opportunity provided by chronic intracortical recordings to better understand how the human brain works.

Neurotechnology

Neurotechnology

Identifying and overcoming today's neuroengineering challenges to create tomorrow's practical, chronic, multichannel neural recording systems for research and for human clinical neural interfaces.

Neurotherapeutics

Neurotherapeutics

Harnessing the power of high resolution recordings to understand and develop new therapeutic approaches to the treatment of epilepsy.

Partner Institutions

Brown Case Western Reserve University MGH Stanford School of Medicine DVA