Shanghai / Blacksburg / Kano / Austin / Philadelphia / Louis / Diego / San Diego / St. Louis / /
Company
FMC / Sony / Elsevier B.V. / CH Instruments Inc. / Gate Fuels Inc / /
Country
United States / Togo / / /
Facility
A Seitz Hall / Saint Louis University / USA Shanghai Advanced Research Institute / Fuel Cell Store / / /
IndustryTerm
chemical crosslinking / ethanol solution / stronger chemical linkages / chemical catalysts / high energy density / chemical fuel / anolyte solution / chemical compounds / portable electronics / chemical energy / partial hydrolysis product / aqueous solution / energy content / costly metal catalysts / Chemical linking / supplementary chemicals / electricity / high energy density potential / reaction solution / higher chemical energy density / electrical energy / carbon cloth gas diffusion cathode modiļ¬ed / chemical cross-linking / acetone solution / chemical bond cross-linking techniques / chemicals / chemical bonds / bio-electrochemical systems / /
Organization
Q1 Biological Systems Engineering Department / China Chemistry Department / Biological Systems Engineering Department / DOE BioEnergy Science Center / USA Shanghai Advanced Research Institute / Virginia Tech / Chinese Academy of Science / Institute for Critical Technology and Applied Science / NHS / Saint Louis University / CALS Bioprocessing and Biodesign Center / /
Person
A. Riklin / V / Nat / M.J. Cooney / V / Shelley D. Minteer / / /
Position
corresponding author / Author / electron transport mediator / P-authorquery-v9 AUTHOR / /
Product
DI / /
ProvinceOrState
Virginia / Missouri / Tennessee / /
Technology
fuel cell system / protein engineering / biosensors / polymerization / fuel cells / fuel cell / PDF / Bioprocessing / gel electrophoresis / /
Maltodextrin-powered enzymatic fuel cell through a non-natural enzymatic pathway