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Rose Scientific Publication, Melbourne, Australia Medbiotech Journal 2209-2528 04 04 2020 12 01 Implementation of Redox-Enzyme Electrodes in Biosensors and Enzymatic Biofuel Cells 147 151 120963 10.22034/mbt.2020.120963 EN Ahmed Rafiq Department of Chemistry, Faculty of Science, University of Baghdad, Baghdad, Iraq Mansour Jarhan Department of Chemistry, Faculty of Science, University of Baghdad, Baghdad, Iraq Journal Article 2020 09 25 The successful implementation of redox-enzyme electrodes in biosensors and enzymatic bio fuel cells has been the subject of extensive research. This paper presents three new design concepts of a glucose oxidase (GOx) electrode as an anode for the biofuel cell. We compare three enzyme fuel cell (EFC) device based on glucose as fuel and glucose oxidase (GOx) as biocatalyst. Miniature biofuel cells might be an excellent alternative energy supply sources for microelectronic devices. Polarization and power density curves of the three complete EFC devices were acquired, demonstrating the suitability of the immobilization strategy and materials to be used in EFCs. Future work will be regarding the implementation of the enzyme hPG, enzyme fuel cell (EFC) and enzyme FAD/FADH2 electrodes in a micro biofuel cell for health care applications. Glucose Oxidase Biofuel cell Direct electron transfer Enzyme Immobilization http://www.medbiotech.net/article_120963_1cf29990ef1a7e17fc7835852f392ab4.pdf