Fluxomic Analysis Reveals Central Carbon Metabolism Adaptation for Diazotroph Azotobacter vinelandii Ammonium Excretion

Keyphrases

• Adaptation 100%
• Diazotrophs 100%
• Central Carbon Metabolism 100%
• Nitrogenase Activity 100%
• Azotobacter Vinelandii 100%
• Ammonium Excretion 100%
• Fluxomics 100%
• Ammonium 50%
• Diazotrophic Bacteria 50%
• Metabolism 25%
• Aerobic 25%
• Bioenergetics 25%
• Tricarboxylic Acid Cycle (TCA cycle) 25%
• Synthetic Fertilizer 25%
• Nitrogenase 25%
• Quantitative Relationship 25%
• Cell Growth Rate 25%
• Central Cell 25%
• Aerobic Conditions 25%
• Energy Requirement 25%
• Specific Growth Rate 25%
• Nitrogen Gas 25%
• Reducing Equivalents 25%
• Glycolytic 25%
• Cell Bioenergetics 25%
• Nitrogen Metabolism 25%
• Atmospheric Nitrogen 25%
• Metabolic Flux 25%
• Flux Model 25%
• 13C Metabolic Flux Analysis 25%
• Ammonium Availability 25%
• Nifuratel 25%
• Carbon Catabolism 25%
• Central Carbon 25%

Biochemistry, Genetics and Molecular Biology

• Carbon Metabolism 100%
• Azotobacter Vinelandii 100%
• Nitrogenase 100%
• Diazotroph 100%
• Bioenergy 40%
• Metabolic Pathway 20%
• Metabolic Flux Analysis 20%
• Reducing Equivalent 20%
• Metabolic Flux 20%
• Enzyme 20%
• Nitrogen Metabolism 20%
• Adenosine Triphosphate 20%
• Cell Growth 20%

Immunology and Microbiology

• Diazotroph 100%
• Carbon Metabolism 100%
• Azotobacter Vinelandii 100%
• Bioenergy 66%
• Nitrogen Metabolism 33%
• Metabolic Flux Analysis 33%
• Cell Growth 33%