ACS / Banta AB / Table 1 / Ravin NV / HP / Skryabin KG / Oak Ridge National Laboratory / /
Country
Italy / Japan / United States / /
Currency
pence / / /
Facility
Sso7d scaffold / North Carolina State University / Untreated plant / U.S. National Institute of Health / /
IndustryTerm
elemental sulfur by-products / oil platform / enzyme applications / molecular genetics systems / important energy conservation mechanism / biotechnology / improved processing strategies / gas solubilities / high temperature solid media / metal content / reporter systems / biofuels applications / genetic tools / biotechnological applications / self-processing / positive-selection protocol / temperature applications / metal-mobilizing / non-native product / chemical modification / intermediate electron carrier / energy source / thermophilic oil reservoirs / temperature chemotrophic systems / metal/sulfur oxidation / volatile products / chemical processes / model systems / defined media / Molecular genetics tools / genetic systems / targeted and repetitive deletion technology / energy burden / media lacking uracil / /
NaturalFeature
North Sea / Deep sea / /
Organization
Mesophilic / U.S. Department of Energy GTL Program / Reduction Agency / Bioenergy Science Center / U.S. National Institute of Health / Department of Chemical and Biomolecular Engineering / North Carolina State University / Raleigh / Order Thermotogales / US Federal Reserve / U.S. Department of Energy ARPA-E Program / U.S. Department of Energy Bioenergy Research Center / /
Person
Andrew D Frock / Gill SR / Robert M Kelly / Hoang V / Arch Microbiol / Wei-Shou Hu / James C Liao / /
Extreme thermophiles: moving beyond single-enzyme biocatalysis