Lignocellulosic biomass to fuels. Medical search. Frequent questions

Home page Questions and answers Statistics Donations Contact

Anatomy5

Cellulosomes Wood Cell Wall Plant Stems Plant Roots

Organisms18

Thermoanaerobacter Trichoderma Clostridium thermocellum Panicum Cupriavidus Zymomonas Saccharum Pichia Populus Triticum Fungi Plants Bacteria Saccharomyces cerevisiae Trees Poaceae Microalgae Escherichia coli

Chemicals and Drugs35

Lignin Biofuels Furaldehyde Cellulases Xylose Cellulose Cellulase Xylans Ethanol Glycoside Hydrolases Fossil Fuels Fuel Oils Pentoses Arabinose beta-Mannosidase Protein Hydrolysates Cellobiose Endo-1,4-beta Xylanases Acetic Acid Hydrogen Glucose beta-Glucosidase Carbohydrates Kerosene Carbon Gasoline Soil Culture Media Fungal Proteins Nitrogen Polysaccharides RNA, Ribosomal, 16S Hydrocarbons Bacterial Proteins Petroleum

Analytical, Diagnostic and Therapeutic Techniques and Equipment8

Metabolic Engineering Genetic Engineering Bioreactors Bioelectric Energy Sources Culture Media Sequence Analysis, DNA Enzyme Stability Photobioreactors

Phenomena and Processes16

Biomass Fermentation Hydrolysis Temperature Catabolite Repression Carbohydrate Metabolism Anaerobiosis Metabolic Networks and Pathways Hot Springs Ecosystem Soil Phylogeny Enzyme Stability Carbon Cycle Substrate Specificity Hydrogen-Ion Concentration

Disciplines and Occupations2

Industrial Microbiology Biotechnology

Technology, Industry, Agriculture11

Lignin Cellulose Wood Metabolic Engineering Industrial Microbiology Biotechnology Panicum Bioreactors Triticum Cooking Photobioreactors

Information Science2

Phylogeny Molecular Sequence Data

Health Care15

Biomass Biofuels Fossil Fuels Fuel Oils Temperature Energy-Generating Resources Biodegradation, Environmental Kerosene Ecosystem Gasoline Soil Air Pollution, Indoor Fires Heating Petroleum

Anatomy Organisms Chemicals and Drugs Analytical, Diagnostic and Therapeutic Techniques and Equipment Phenomena and Processes Disciplines and Occupations Technology, Industry, Agriculture Information Science Health Care

Lignin Biomass Biofuels Furaldehyde Cellulases Fermentation Xylose Cellulose Thermoanaerobacter Trichoderma Clostridium thermocellum Cellulosomes Wood Metabolic Engineering Cellulase Industrial Microbiology Biotechnology Panicum Hydrolysis Xylans Ethanol Genetic Engineering Glycoside Hydrolases Fossil Fuels Cell Wall Fuel Oils Cupriavidus Pentoses Temperature Zymomonas Catabolite Repression Saccharum Arabinose beta-Mannosidase Protein Hydrolysates Carbohydrate Metabolism Cellobiose Energy-Generating Resources Endo-1,4-beta Xylanases Bioreactors Bioelectric Energy Sources Plant Stems Pichia Populus Acetic Acid Triticum Hydrogen Biodegradation, Environmental Anaerobiosis Fungi Metabolic Networks and Pathways Glucose Cooking beta-Glucosidase Plants Bacteria Carbohydrates Hot Springs Kerosene Carbon Saccharomyces cerevisiae Ecosystem Gasoline Soil Air Pollution, Indoor Phylogeny Culture Media Trees Fungal Proteins Sequence Analysis, DNA Nitrogen Enzyme Stability Polysaccharides Fires Poaceae RNA, Ribosomal, 16S Hydrocarbons Heating Carbon Cycle Microalgae Molecular Sequence Data Escherichia coli Substrate Specificity Bacterial Proteins Hydrogen-Ion Concentration Petroleum Plant Roots Photobioreactors

No FAQ available that match "lignocellulosic biomass to fuels"