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freestanding, and hydrophilic material, and leading to attractive electrochemical properties. As expected, this flexible electrode exhibited a -2 remarkable areal capacitance of ~2047 mF cm and high flexibility allowing it to be bent to arbitrary angles. As a nonenzymatic H O detection 2 2 -1 electrochemical electrode, it displayed a fast amperometric response with a linear range of 0.1–12.4 mM, acceptable sensitivity (~3.79 uA mM -2 cm ), and low detection limit (~0.28 μM, S/N=3). The versatility of the electrode can be demonstrated by its high selectivity in the presence of interfering species, good reliable detection, and also its ability to detect H O in real samples. The simple, low-cost, and general strategy presented 2 2

Robust Construction of Flexible Bacterial Cellulose@Ni(OH) Paper: Toward High 2 Capacitance and Sensitive H2O2 Detection