Plasmid-encoded tetracycline efflux pump protein alters bacterial stress responses and ecological fitness of acinetobacter oleivorans

Agriculture & Biology

• bacterial proteins 98%
• Acinetobacter 95%
• tetracycline 80%
• transporters 69%
• stress response 65%
• plasmids 61%
• peroxides 41%
• phenotype 35%
• gene deletion 31%
• genes 23%
• bacterial motility 19%
• gene expression 16%
• fimbriae 15%
• soil bacteria 14%
• hydrophobicity 14%
• proteins 13%
• superoxide anion 12%
• transcriptomics 11%
• permeability 11%
• oils 8%
• cells 8%
• energy 7%

Medicine & Life Sciences

• Acinetobacter 100%
• Bacterial Proteins 97%
• Tetracycline 84%
• Plasmids 64%
• Peroxides 50%
• Phenotype 32%
• Membranes 31%
• Gene Deletion 29%
• Gene Expression 24%
• Genes 21%
• Down-Regulation 18%
• Tetracycline Resistance 18%
• Proteins 14%
• Hydrophobic and Hydrophilic Interactions 14%
• Soil 14%
• Swimming 14%
• Fluorescent Dyes 14%
• Gene Expression Profiling 13%
• Growth 13%
• Superoxides 13%
• Oils 13%
• Permeability 11%
• Adenosine Triphosphate 10%
• Bacteria 9%

Chemical Compounds

• Tetracycline 91%
• Pump 77%
• Peroxide 53%
• Resistance 50%
• Protein 33%
• Superoxide 19%
• Fluorescent Probe 18%
• Hydrophobicity 17%
• Soil 16%
• Permeability 15%
• Environment 11%
• Energy 9%