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Flexible brain-computer interface : ウィキペディア英語版 | Flexible brain-computer interface
Flexible brain-computer interfaces (fBCIs) are microelectode arrays fabricated on layers of polymers (e.g. polyimide) as seen in flexible electronics 1) to record and process neuronal signaling patterns and 2) to use this data to control an external device. The increased bendability of these devices make them less harmful to brain tissues after immediate implantation and long-term while also helping the arrays access areas of the brain that stiffer silicon-based arrays cannot. Surface, flexible microelectrode arrays can attain resolutions comparable to those of invasive silicon-based arrays and higher than surface silicon-based arrays, making them good candidates for BCIs requiring the ability to resolve signaling patterns on the microscale.〔 ==History and Development of fBCIs==
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