Physiological response of Clostridium carboxidivorans during conversion of synthesis gas to solvents in a gas-fed bioreactor

INIS

• solvents 83%
• synthesis gas 83%
• growth 66%
• production 50%
• genes 50%
• ethanol 50%
• enzyme activity 50%
• butanols 50%
• conversion 33%
• biofuels 33%
• ph value 33%
• clostridium 33%
• alcohol dehydrogenase 33%
• acetaldehyde 33%
• data 16%
• engineering 16%
• liquids 16%
• catalysts 16%
• bioreactors 16%
• variations 16%
• amino acids 16%
• gases 16%
• reduction 16%
• carbon dioxide 16%
• concentration 16%
• streams 16%
• food 16%
• enzymes 16%
• dehydrogenases 16%
• mixtures 16%
• wood 16%
• acetates 16%
• carbon monoxide 16%
• gasification 16%
• batch culture 16%
• industrial wastes 16%
• hydrogenases 16%
• energy crops 16%
• agricultural wastes 16%
• municipal wastes 16%

Biochemistry, Genetics and Molecular Biology

• Gas 100%
• Synthesis 83%
• Solvent 83%
• Enzyme Activity 50%
• Growth 50%
• Butanol 50%
• Gene Expression 33%
• pH 33%
• Alcohol Dehydrogenase 33%
• Clostridium 33%
• Nested Gene 16%
• Cell Growth 16%
• Electric Potential 16%
• Maximum Concentration 16%
• Amino Acid Substitution 16%
• Lysozyme 16%
• Metabolic Engineering 16%
• Bacterium Culture 16%
• Exercise 16%
• Liquid 16%
• Hydrogenase 16%
• Reduction (Chemistry) 16%
• Gasification 16%
• Wood-Ljungdahl Pathway 16%
• Energy Crop 16%
• Carbon Monoxide Dehydrogenase 16%
• Catalyst 16%

Immunology and Microbiology

• Gas 100%
• Synthesis 83%
• Enzyme Activity 50%
• Growth 50%
• Gene Expression 33%
• pH 33%
• Clostridium 33%
• Amino Acid Substitution 16%
• Electric Potential 16%
• Cell Growth 16%
• Maximum Concentration 16%
• Metabolic Engineering 16%
• Bacterium Culture 16%
• Exercise 16%
• Bioreactor 16%
• Gene 16%
• Reduction (Chemistry) 16%
• Acidogenesis 16%
• Food Crop 16%
• Gasification 16%
• Liquid 16%
• Catalyst 16%