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Catalysis / Cellulose / Enzyme / Hydrolysis / Cellulase / Lysozyme / Polymer / Biochemistry / Glycoside hydrolase / Chemistry / Enzymes / Metabolism


ARTICLE Author Proof Cellulose Hydrolysis in Evolving Substrate Morphologies II: Numerical Results and Analysis
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Document Date: 2010-03-03 10:27:40


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City

MM82-2 / /

Company

Chain Delta Chain Gaussian 60 30 Site LP / Poisson / Site LP / Wiley Periodicals Inc. / Heinz / /

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Facility

University of Georgia / Institute of Bioinformatics / /

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IndustryTerm

potential applications / online version / enzyme systems / shortest chains / insoluble chains / negligible short chains / chemical biomass pre-treatments / exo-acting enzyme systems / /

OperatingSystem

L3 / /

Organization

University of Georgia / Athens / National Science Foundation / Institute of Bioinformatics / Department of Physics and Astronomy / Department of Biochemistry and Molecular Biology / BioEnergy Science Center / Department of Physics / U.S. Department of Energy Contract / /

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Position

Author / non-morphologic SS model at longer time scales / /

Product

Pentax K-x Digital Camera / /

ProvinceOrState

Mississippi / /

PublishedMedium

Molecular Biology / /

Technology

Bioinformatics / promising technology / Biotechnology / polymerization / simulation / /

URL

www.interscience.wiley.com / /

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