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Demonstrates sustained electrocardiogram acquisition in wearable bioelectronics, highlighting material innovation.
) and maintains stable impedance under continuous hydration. Integrated as a wearable electrode interface, CMCDA' supports reliable electrocardiogram acquisition for one week, outperforming the commercial conductive gel at curved body sites. These results highlight oxidative-cross-linked, cellulose-derived hydrogels as sustainable ionically conductive interfaces for long-term wearable bioelectronics.
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Chang et al. (2026) studied this question.
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