Blacksburg / Lima / Somerville / New York / Madison / Washington / DC / Cambridge / /
Company
FMC / Renewable Energy Laboratory / Tuck CO / gCell Free Bioinnovations Inc. / Barker SA / HP / dGate Fuels Inc. / Simmons / /
Continent
Africa / /
Country
United Kingdom / China / /
Currency
cent / USD / / /
Facility
College of Agriculture / Although building / Drew University / Henan Agricultural University / PGP complex / Virginia Polytechnic Institute / State University / /
IndustryTerm
starch-based plastics / starch plastics / energy-food-water nexus / pharmaceutical industry / reagents/analytic tools / high activation energy / synthetic starch solution / sugar-powered car science / energy-povertyclimate nexus / natural systems / water-soluble synthetic starch solution / required energy / aqueous solution / high-density hydrogen carrier / biodegradable plastics / cellulose solution / food / energy / potential high-density hydrogen carrier / electricity-carbohydrate-hydrogen cycle / food consumption / complicated cellular systems / functional food / catalytic site / Food-grade amylose / healthy food / lower activation energy / sweet out-of-the-box solution / bioeconomy food / food industry / synthetic biology systems / activation energy / chemicals / soluble products / /
Organization
Applied Science / and eBiochemistry Department / Drew University / fBioEnergy Science Center / Department of Energy / China Scholarship Council / College of Agriculture / Biological Systems Engineering Department / Polytechnic Institute / College of Agriculture and Life Sciences Biodesign / State University / Henan Agricultural University / Zhengzhou / Life Sciences Biodesign and Bioprocessing Research Center / World Economic Forum / Department of Energy BioEnergy Science Center / /
Enzymatic transformation of nonfood biomass to starch Chun Youa,1, Hongge Chena,b,1, Suwan Myunga,c, Noppadon Sathitsuksanoha,c, Hui Mad, Xiao-Zhou Zhanga,d,