Fermentative growth decreases the iron demand of Staphylococcus aureus

Keyphrases

• Staphylococcus 100%
• Fermentative Growth 100%
• Ferric Uptake Regulator 100%
• Iron Demand 100%
• Fe Limitation 60%
• Protein Antagonist 40%
• Metabolism 20%
• Respiration 20%
• Essential nutrients 20%
• Transcriptome Analysis 20%
• High Affinity 20%
• Regulatory Genes 20%
• Transcriptional Repressor 20%
• Uptake System 20%
• Fermentation 20%
• Redox Balance 20%
• Metal Ions 20%
• Fe Uptake 20%
• Immunization Strategy 20%
• Oxygen Radicals 20%
• Metal-binding Proteins 20%
• Excess Fe 20%
• Limited Growth 20%
• Fe Homeostasis 20%
• Host Immunity 20%
• Fe Deprivation 20%
• Metabolomic Analysis 20%
• Fur Gene 20%
• Survivability 20%
• Iron Uptake System 20%
• Iron Limitation 20%

INIS

• iron 100%
• growth 100%
• demand 100%
• uptake 100%
• staphylococcus 100%
• proteins 42%
• genes 28%
• metals 28%
• inactivation 28%
• homeostasis 14%
• bacteria 14%
• host 14%
• oxygen 14%
• nutrients 14%
• toxicity 14%
• availability 14%
• balances 14%
• metabolism 14%
• catalysis 14%
• pathogenesis 14%
• respiration 14%
• ions 14%
• affinity 14%
• immunity 14%
• fermentation 14%

Immunology and Microbiology

• Staphylococcus Aureus 100%
• Ferric Uptake Regulator 100%
• Homeostasis 16%
• Transcriptomics 16%
• Infectious Disease 16%
• Bacterium 16%
• Dioxygen 16%
• Infection 16%
• Repressor Gene 16%
• Metal Binding 16%
• Protein Binding 16%