Staphylococcus aureus aconitase inactivation unexpectedly inhibits post-exponential-phase growth and enhances stationary-phase survival

Agriculture & Biology

• aconitate hydratase 93%
• tricarboxylic acid cycle 73%
• Staphylococcus aureus 59%
• inactivation 56%
• virulence 54%
• acetates 52%
• developmental stages 47%
• host-pathogen relationships 32%
• production economics 30%
• metabolism 23%
• sulfur 22%
• iron 19%
• catabolite repression 17%
• aerobiosis 15%
• pyruvates 13%
• growth factors 12%
• life cycle (organisms) 11%
• physiology 10%
• oxidative stress 10%
• phenotype 8%
• carbon 8%
• glucose 8%
• energy 8%
• pathogens 7%
• mice 7%
• organisms 7%
• enzymes 6%
• testing 5%
• genes 4%

Medicine & Life Sciences

• Aconitate Hydratase 100%
• Citric Acid Cycle 83%
• Acetates 66%
• Staphylococcus aureus 58%
• Virulence Factors 56%
• Survival 37%
• Host-Pathogen Interactions 35%
• Growth 34%
• Sulfur 31%
• Iron 22%
• Catabolite Repression 20%
• Life Cycle Stages 14%
• Pyruvic Acid 14%
• Carbon 13%
• Virulence 11%
• Intercellular Signaling Peptides and Proteins 11%
• Oxidative Stress 9%
• Glucose 8%
• Phenotype 8%
• Enzymes 7%
• Genes 5%