The development of biomedical devices, such as neural prostheses and cardiac pacemakers, depends critically on the capability of electrode arrays and their interfaces with soft tissues. Advances in nanomaterial-based flexible electronics offer important opportunities for high-fidelity tissue interfacing and signal recording. This Highlight is focused on recent progress in flexible nanoelectronics interfaced to neural/cardiac tissues, with an emphasis on high-resolution electrophysiological mapping over large tissue areas.
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Fang et al. (2013) studied this question.
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