Neuralink competitor Precision Neuroscience testing human brain implant

Discover the inner workings of a groundbreaking brain implant surgery.

In a recent surgery at The Mount Sinai Hospital in New York City, Dr. Joshua Bederson, a prominent neurosurgeon, made history by utilizing electrode arrays from Precision Neuroscience to advance brain science. Precision Neuroscience, a startup specializing in brain-computer interfaces (BCIs), aims to decode neural signals and translate them into commands for external technologies to help patients with severe paralysis regain functions like speech and movement.

Precision's flagship BCI, the Layer 7 Cortical Interface, is a microelectrode array with 1,024 electrodes, thinner than a human hair, with the capability to conform to the brain's surface without tissue damage.

During the surgery, Bederson successfully placed four of Precision's arrays on a patient's brain, detecting signals from individual fingers with unprecedented detail. This breakthrough could revolutionize surgical precision and pave the way for restoring fine motor control in patients. However, FDA approval and further development are still pending for Precision Neuroscience.

Partnering with academic medical centers like Mount Sinai, Precision conducts first-in-human clinical studies to explore various applications of its array in clinical settings. By surpassing the standard electrode count, Precision opens doors to enhanced neuro-monitoring and potential advancements in brain-computer interfaces.

Dr. Ignacio Saez emphasizes the transformative potential of Precision's electrode array, likening it to upgrading from a low-resolution image to 4K quality, offering unparalleled depth and resolution in monitoring brain activity.

Bederson's intricate surgery highlights the collaborative efforts between healthcare professionals, scientists, and innovative companies like Precision Neuroscience to drive neuroscientific research forward. As the field of BCIs continues to expand, companies such as Precision are on the forefront of unlocking new understandings of the brain and its capabilities.