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• W2892402068 abstract "Wearable enzymatic biofuel cells would be the most prospective fuel cells for wearable devices because of their low cost, compactness and flexibility. As the high specificity and catalytic properties of enzymes, enzymatic biofuel cells (EBFCs) catalyze the fuel associated with the redox reaction and get electrical energy. Available biofuels such as glucose, lactate and pyruvate can be harvested from biofluids of sweat, tears and blood, which afford cells a favorable use in implantable and wearable devices. However, the development of wearable enzymatic biofuel cells requires significant improvements on the power density and enzymes lifetime. In this paper, some new advances in improving the performance of wearable enzymatic biofuel cells are reviewed based on the bioanode and biocathode by classifying single-enzyme and multi-enzyme catalysis system. Thereinto, the bioanode usually contains oxidases and dehydrogenases as catalyst, and the biocathode utilizes the catalysis of multi-copper oxidases (MCOs) in the single system. For further enhancing the power density, efforts to develop multi-enzyme catalysis strategies are discussed in bioanode and biocathode respectively. Moreover, some potential technologies in recent years, such as carbon nanodots, CNT sponges and mixed operational/storage electrode are summarized owing to notable efficiency and the capability of enhancing electron transfer on the electrode. Finally, major challenges and future prospects are discussed for the high power output, stable and practical wearable enzymatic biofuel cells." @default.
• W2892402068 created "2018-10-05" @default.
• W2892402068 creator A5007009539 @default.
• W2892402068 creator A5045310625 @default.
• W2892402068 creator A5060165452 @default.
• W2892402068 creator A5061179511 @default.
• W2892402068 creator A5065361552 @default.
• W2892402068 creator A5065762239 @default.
• W2892402068 creator A5090606294 @default.
• W2892402068 date "2019-01-01" @default.
• W2892402068 modified "2023-10-15" @default.
• W2892402068 title "Wearable biofuel cells based on the classification of enzyme for high power outputs and lifetimes" @default.
• W2892402068 cites W11537807 @default.
• W2892402068 cites W1210676926 @default.
• W2892402068 cites W1634487595 @default.
• W2892402068 cites W1821458569 @default.
• W2892402068 cites W1964884476 @default.
• W2892402068 cites W1969453459 @default.
• W2892402068 cites W1972981926 @default.
• W2892402068 cites W1973856370 @default.
• W2892402068 cites W1979265601 @default.
• W2892402068 cites W1984025151 @default.
• W2892402068 cites W1984303701 @default.
• W2892402068 cites W1987082853 @default.
• W2892402068 cites W1988383859 @default.
• W2892402068 cites W1988496341 @default.
• W2892402068 cites W1989518923 @default.
• W2892402068 cites W1992418541 @default.
• W2892402068 cites W1993333736 @default.
• W2892402068 cites W1993625704 @default.
• W2892402068 cites W1993940888 @default.
• W2892402068 cites W1994974756 @default.
• W2892402068 cites W2009612623 @default.
• W2892402068 cites W2010162410 @default.
• W2892402068 cites W2013063245 @default.
• W2892402068 cites W2015113580 @default.
• W2892402068 cites W2018858346 @default.
• W2892402068 cites W2026278454 @default.
• W2892402068 cites W2028850181 @default.
• W2892402068 cites W2029235334 @default.
• W2892402068 cites W2030455172 @default.
• W2892402068 cites W2033891993 @default.
• W2892402068 cites W2034488216 @default.
• W2892402068 cites W2034523515 @default.
• W2892402068 cites W2038173277 @default.
• W2892402068 cites W2043383327 @default.
• W2892402068 cites W2046387527 @default.
• W2892402068 cites W2048404628 @default.
• W2892402068 cites W2054587146 @default.
• W2892402068 cites W2054687667 @default.
• W2892402068 cites W2055165830 @default.
• W2892402068 cites W2064790807 @default.
• W2892402068 cites W2066948618 @default.
• W2892402068 cites W2067201584 @default.
• W2892402068 cites W2069354849 @default.
• W2892402068 cites W2070616121 @default.
• W2892402068 cites W2072923866 @default.
• W2892402068 cites W2076505942 @default.
• W2892402068 cites W2079026833 @default.
• W2892402068 cites W2079039433 @default.
• W2892402068 cites W2084204383 @default.
• W2892402068 cites W2086189101 @default.
• W2892402068 cites W2090370960 @default.
• W2892402068 cites W2090397081 @default.
• W2892402068 cites W2092099290 @default.
• W2892402068 cites W2094236157 @default.
• W2892402068 cites W2095132693 @default.
• W2892402068 cites W2095535482 @default.
• W2892402068 cites W2097558151 @default.
• W2892402068 cites W2103075130 @default.
• W2892402068 cites W2107443615 @default.
• W2892402068 cites W2112545357 @default.
• W2892402068 cites W2118680464 @default.
• W2892402068 cites W2152152753 @default.
• W2892402068 cites W2212399843 @default.
• W2892402068 cites W2284308063 @default.
• W2892402068 cites W2289119995 @default.
• W2892402068 cites W2314802890 @default.
• W2892402068 cites W2320968827 @default.
• W2892402068 cites W2321771227 @default.
• W2892402068 cites W2325605578 @default.
• W2892402068 cites W2330412701 @default.
• W2892402068 cites W2332880851 @default.
• W2892402068 cites W2342756404 @default.
• W2892402068 cites W2346517120 @default.
• W2892402068 cites W2439554473 @default.
• W2892402068 cites W2472718852 @default.
• W2892402068 cites W2507457613 @default.
• W2892402068 cites W2519760555 @default.
• W2892402068 cites W2533382904 @default.
• W2892402068 cites W2538401423 @default.
• W2892402068 cites W2549081437 @default.
• W2892402068 cites W2559113508 @default.
• W2892402068 cites W2564704943 @default.
• W2892402068 cites W2625161454 @default.
• W2892402068 cites W2685203227 @default.
• W2892402068 cites W2728893671 @default.
• W2892402068 cites W2765990798 @default.

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