Induction of attachment-independent biofilm formation and repression of hfq expression by low-fluid-shear culture of Staphylococcus aureus

Earth & Environmental Sciences

• repression 100%
• biofilm 64%
• fluid 41%
• virulence 35%
• colonization 24%
• phenotype 19%
• organism 18%
• host-pathogen interaction 15%
• disease cause 13%
• commensal 12%
• cell 11%
• carotenoid 11%
• prokaryote 10%
• oxidative stress 10%
• RNA 9%
• genome 8%
• infection 8%
• pathogen 8%
• bioreactor 8%
• divergence 7%
• vessel 7%
• blood 7%
• transition 5%
• analysis 2%

Agriculture & Biology

• biofilm 72%
• shears 68%
• Staphylococcus aureus 63%
• fluids 53%
• virulence 21%
• organisms 15%
• phenotype 11%
• host-pathogen relationships 10%
• prokaryotic cells 9%
• bioreactors 8%
• cultured cells 8%
• carotenoids 7%
• biochemical pathways 7%
• oxidative stress 7%
• RNA 5%
• pathogens 5%
• blood 5%
• genome 4%
• infection 4%
• cells 2%

Medicine & Life Sciences

• Biofilms 70%
• Staphylococcus aureus 61%
• Virulence 46%
• Host-Pathogen Interactions 23%
• Bioreactors 21%
• Carotenoids 21%
• Phenotype 21%
• Metabolic Networks and Pathways 18%
• Cultured Cells 15%
• Oxidative Stress 13%
• Down-Regulation 12%
• RNA 12%
• Genome 12%
• Survival 9%
• Growth 9%
• Infections 8%