Injectable Nanoparticles Assemble In Situ into Modular, Functionally Segmented Brain Electrodes
Interfacing electronics with neural tissue is essential for modulating biological function, but conventional rigid bioelectronics are mechanically incompatible with living systems. This mismatch motivates the development of substrate-free, in situ-formed soft electrodes. A crucial, still-unaddressed challenge for these systems is functional segmentation, the ability to integrate inactive regions…
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