A needle-type biofuel cell using enzyme/mediator/carbon nanotube composite fibers for wearable electronics

Engineering & Materials Science

• Anodes 19%
• Biofuels 22%
• Biological fuel cells 98%
• Blood 18%
• Blood substitutes 35%
• Carbon nanotubes 63%
• Cathodes 19%
• Coatings 14%
• Composite materials 34%
• Current density 19%
• Diffusion in gases 25%
• Electrodes 15%
• Enzymes 69%
• Evaporation 19%
• Fibers 40%
• Fouling 22%
• Glucose 68%
• Glucose oxidase 33%
• Hydrogels 25%
• Hydrophilicity 28%
• Ionic conductivity 30%
• Needles 63%
• Osmium 37%
• Oxygen 16%
• Polymers 43%
• Power generation 17%
• Tapes 20%
• Water 10%
• Wearable technology 67%

Medicine & Life Sciences

• 2-methacryloyloxyethyl phosphorylcholine 37%
• Bioelectric Energy Sources 100%
• Biofuels 28%
• Blood Glucose 33%
• Blood Substitutes 28%
• Carbon Nanotubes 81%
• Electrodes 52%
• Enzymes 33%
• Gases 16%
• Glucose 12%
• Glucose Oxidase 28%
• Heart 13%
• Hydrogels 21%
• Hydrophobic and Hydrophilic Interactions 22%
• Malus 26%
• Needles 53%
• Osmium 31%
• Oxygen 14%
• Permeability 17%
• Polymers 53%
• Vitis 26%
• Water 13%

Chemical Compounds

• Anode 10%
• Antifouling 16%
• Artificial Blood 23%
• Behavior as Electrode 7%
• Biofuel 66%
• Carbon Nanotube 43%
• Cathode 10%
• Composite Material 29%
• Current Density 11%
• Dioxygen 7%
• Evaporation 13%
• Glucose 33%
• Hydrogel 12%
• Hydrophilicity 13%
• Ionic Conductivity 13%
• Needle Like Crystal 15%
• Permeability 11%