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Thermoanaerobacteriales / Molecular biology / Ethanol / Protein domains / Cellulase / Clostridium thermocellum / Caldicellulosiruptor bescii / Carbohydrate-binding module / Cellulose / Flora of the United States / Flora / Clostridiaceae


An upper limit for macromolecular crowding effects
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Document Date: 2014-10-15 12:10:59

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File Size: 1,41 MB

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Irvine / New York / /

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Bayer / CelA / Proc Natl Acad Sci U S A / Google / National Renewable Energy Laboratory / Qiagen / Oak Ridge National Laboratory / Tripathi SA / Creative Commons / Cold Spring Harbor Laboratory Press / BioMed Central Ltd. / isolated using a Qiagen / /

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Germany / United States / /

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University of Georgia / Cold Spring Harbor / /

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biotechnology / i.e. gene product / toxic product / secreted cellulolytic systems / gene product / industrial processing / online submission / oil immersion / metabolic and regulatory networks / /

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University of Georgia / Athens / office of Biological and Environmental Research / Department of Genetics / US Department of Energy Bioenergy Research Center / DOE office of Science / /

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Jennifer Copeland / Joe Groom / Ann Ny Acad Sci / Sidney Kushner / Kelsey Yee / Brian Davison / /

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author / /

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SJ / /

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New York / Georgia / /

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Environmental Research / PLoS One / /

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alpha / proteomics / biomass conversion / Biotechnology / Cloning / Laser / electroporation / DNS / Biofuels / bioprocessing / Genotype / recombination / gel electrophoresis / /

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