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High-resolution Brain–computer Interface with Electrode Scalability and Minimally Invasive Surgery by Benjamin I. Rapoport, Craig H. Mermel is a book available to read on EtoBox.

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Nature Biomedical Engineering, doi:10.1038/s41551-025-01502-9We developed a thin, fexible the surgical footprint of a BCI without The implicationssacrificing performance.microelectrode array that can By marrying a scalable, high-density, be slid through a small slit in bidirectional electrode array with a the skull onto the brain surface. The solutionminimally invasive delivery, this work has We showed that this minimally paved the way for safer, more accessible We designed an ultrathin-film electrode and high-bandwidth BCIs containing invasive system records and array that can conform to the brain thousands of electrodes. By eliminating stimulates neural activity surface without requiring a conventional the need for a major craniotomy, the pool craniotomy. Each flexible module was of patients eligible for implantable across broad cortical areas, about the size of a postage stamp and BCIs aimed at restoring functional demonstrating high-resolution contained 1,024 tiny electrodes spaced independence could be vastly expanded, brain–computer interfacing 400 μm apart. To deploy it, we developed including those who might not tolerate in animals and in humastudies.

Author

Benjamin I. Rapoport, Craig H. Mermel

Publisher

x

Published

2025

Language

EN