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Lignocellulose biodegradation /

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Bibliographic Details
Corporate Authors: American Chemical Society. Cellulose and Renewable Materials Division (sponsoring body.), American Chemical Society. Meeting
Other Authors: Saha, Badal C., 1949- (Editor), Hayashi, Kyoshi, 1952- (Editor)
Format: eBook
Language:English
Language Notes:English.
Published: Washington, DC : American Chemical Society, 2004.
Series:ACS symposium series ; 889.
Subjects:
Lignocellulose > Biodegradation.
Lignocellulose > Application.
Hydrolysis > Analysis.
Ethanol > Analysis.
Enzymes > Analysis.
Fermentation.
Supercritical fluids > Appropriate technology.
Fuel > Development.
Thermochemistry.
Hemicellulose > Analysis.
Cellulose.
Laccase > Modification.
Loblolly pine > Properties.
Spruce > Properties.
Wood > Deterioration.
Wood-pulp > Analysis.
Fungi > Analysis.
Cellulase > Absorption and adsorption.
Molecular cloning > Analysis > Research.
Mutagenesis > Analysis.
Cohesion > Analysis.
Trichoderma reesei > Structure > Analysis.
Trichoderma reesei > Reactivity > Analysis.
Cellulose 1,4-beta-cellobiosidase > Analysis.
Protein engineering.
Xylanases > Analysis.
Glucuronidase > Analysis > Research.
Dehydrogenases > Analysis > Research.
Phytopathogenic fungi > Analysis.
Genes > Analysis.
Xylitol > Development.
Sulfate pulping process > Analysis.
Feedstock > Analysis.
Chemicals > Industrial applications.
Hydrolysis.
Paper.
Biomass.
Biocatalysis.
Bioengineering.
Biotechnology.
Biogas.
Lignin > chemistry
Cellulose > chemistry
Biotechnology
Enzymes > chemistry
Hydrolysis
Paper
Ethanol > chemical synthesis
Fermentation
Biofuels
Biomass
Pinus taeda > chemistry
Picea > chemistry
Laccase > chemistry
Pycnoporus > chemistry
Trichophyton > chemistry
Cellulase > chemistry
Adsorption
Cloning, Organism
Glycoside Hydrolases > chemistry
Penicillium > chemistry
Mutagenesis
Cell Cycle Proteins > chemistry
Bacterial Proteins > chemistry
Membrane Proteins > chemistry
Trichoderma > chemistry
Cellulose 1,4-beta-Cellobiosidase > chemistry
Xylosidases > chemistry
Glucuronidase > chemistry
Carboxylic Ester Hydrolases > chemistry
Carbohydrate Dehydrogenases > chemistry
Basidiomycota > chemistry
Xylitol > chemical synthesis
Aspergillus oryzae > chemistry
Biocatalysis
Cellulose
Protein Engineering
Lignocellulose > Biodégradation.
Hydrolyse > Analyse.
Éthanol > Analyse.
Enzymes > Analyse.
Fluides supercritiques > Technologie appropriée.
Combustibles > Développement.
Thermochimie.
Hémicellulose > Analyse.
Pin à l'encens > Propriétés.
Bois > Détérioration.
Pâte à papier > Analyse.
Champignons > Analyse.
Cellulase > Absorption et adsorption.
Clonage moléculaire > Analyse > Recherche.
Mutagenèse > Analyse.
Cohésion > Analyse.
Trichoderma reesei > Structure > Analyse.
Trichoderma reesei > Réactivité > Analyse.
Technologie des protéines.
Xylanases > Analyse.
Glucuronidase > Analyse > Recherche.
Oxydoréductases > Analyse > Recherche.
Champignons phytopathogènes > Analyse.
Gènes > Analyse.
Xylitol > Développement.
Pâte à papier > Procédé au sulfate > Analyse.
Charge d'alimentation > Analyse.
Produits chimiques > Applications industrielles.
Biotechnologie.
Hydrolyse.
Papier.
Biomasse.
Biocatalyse.
Biogaz.
cellulosic.
bioengineering.
hydrolysis.
paper (fiber product)
cellulose (complex carbohydrate)
SCIENCE / Biotechnology.
Bioengineering
Wood-pulp > Analysis
Wood > Deterioration
Thermochemistry
Protein engineering
Fungi > Analysis
Enzymes > Analysis
Lignocellulose > Biodegradation
Health & Biological Sciences.
Biomedical Engineering.
Biodegradation
Biotransformation
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Call Number: TP248.65.L54 L535 2004
 
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TP248.65.L54 L535 2004 Available