l-Rhamnose Metabolism in Clostridium beijerinckii Strain DSM 6423

Medicine & Life Sciences

• Clostridium beijerinckii 100%
• Rhamnose 77%
• Butanols 40%
• Sugars 36%
• 2-Propanol 28%
• Glucose 21%
• Seaweed 17%
• Fermentation 17%
• Propylene Glycol 16%
• Biomass 15%
• Ethanol 14%
• 1-Propanol 12%
• Clostridium 10%
• Acetone 9%
• Deoxy Sugars 8%
• Ulva 7%
• 2,3-butylene glycol 7%
• Natural Resources 6%
• Biofuels 5%
• Aquaculture 5%
• propionic acid 5%
• Xylose 5%
• Butyrates 5%
• Butyric Acid 5%
• Oceans and Seas 4%
• Acetic Acid 4%
• Glycolysis 4%
• Growth 4%
• Metabolic Networks and Pathways 4%
• Acetates 4%
• Acids 3%
• Alcohols 3%
• Genome 2%
• Genes 1%

Agriculture & Biology

• Clostridium beijerinckii 82%
• rhamnose 62%
• metabolism 31%
• butanol 29%
• sugars 27%
• isopropyl alcohol 24%
• glucose 20%
• propanediols 16%
• macroalgae 12%
• hydrolysates 12%
• Ulva lactuca 11%
• ethanol 11%
• fermentation 11%
• Clostridia 10%
• 1-propanol 10%
• butyric acid 9%
• biomass 7%
• acetone 7%
• aquaculture systems 5%
• butanediol 5%
• acetic acids 5%
• tides 4%
• propionic acid 4%
• natural resources 4%
• glycolysis 4%
• sporulation 4%
• xylose 3%
• biofuels 3%
• organic acids and salts 3%
• feedstocks 3%
• acetic acid 3%
• transcriptomics 3%
• biochemical pathways 3%
• alcohols 3%
• stress response 3%
• physiology 3%
• transcription (genetics) 3%
• microorganisms 2%
• genome 2%
• genes 1%
• cells 1%

Earth & Environmental Sciences

• sugar 53%
• metabolism 45%
• glucose 39%
• ethanol 20%
• fermentation 19%
• acetone 11%
• acetic acid 11%
• acid 10%
• sporulation 7%
• biomass feedstock 7%
• consumption 7%
• macroalga 7%
• induced response 7%
• aquaculture system 7%
• biomass 6%
• seaweed 6%
• organic acid 5%
• biofuel 5%
• physiology 5%
• chemical 5%
• product 5%
• alcohol 5%
• genome 5%
• tide 4%
• natural resource 4%
• economy 4%
• gene 4%
• microorganism 4%
• regulation 3%
• substrate 3%
• cell 3%
• resource 3%
• sea 2%
• analysis 1%
• effect 1%