Burkholderia ubonensis high-level tetracycline resistance is due to efflux pump synergy involving a novel teta(64) resistance determinant

Keyphrases

• Burkholderia 100%
• Tetracycline Resistance 100%
• Resistance Factor 100%
• Efflux Pump 100%
• TetA 100%
• Tetracycline 60%
• Burkholderia Cepacia Complex 30%
• TetR 30%
• Pseudomallei 20%
• Doxycycline 20%
• Clinically Significant 10%
• Genome Sequencing 10%
• Antibiotics 10%
• Soil Bacteria 10%
• Non-pathogenic 10%
• Efflux 10%
• Cystic Fibrosis 10%
• Horizontal Gene Transfer 10%
• AmrAB-oprA 10%
• Homologous Recombination 10%
• Opportunistic Pathogens 10%
• Chromosome 1 10%
• Complex Organisms 10%
• Single Component 10%
• Burkholderia Species 10%
• Minocycline 10%
• Novel Tetracycline 10%
• Resistance Reservoir 10%
• Major Facilitator Superfamily 10%
• Resistance-nodulation-cell Division 10%
• Eravacycline 10%
• Burkholderia multivorans 10%
• Tigecycline 10%
• Comprehensive Screening 10%
• Burkholderia Cenocepacia 10%
• Niche Environment 10%

Biochemistry, Genetics and Molecular Biology

• Burkholderia 100%
• Tetracycline Resistance 100%
• Burkholderia Cepacia Complex 75%
• Infectious Agent 50%
• Soil Microflora 25%
• Cell Division 25%
• Root Nodule 25%
• Cystic Fibrosis 25%
• Horizontal Gene Transfer 25%
• Homologous Recombination 25%
• Chromosome 1 25%
• Minimum Inhibitory Concentration 25%
• Major Facilitator Superfamily 25%
• Burkholderia cenocepacia 25%
• Burkholderia multivorans 25%

Immunology and Microbiology

• Burkholderia 100%
• Tetracycline Resistance 100%
• Burkholderia Cepacia Complex 75%
• Infectious Agent 25%
• Soil Microflora 25%
• Cell Division 25%
• Horizontal Gene Transfer 25%
• Homologous Recombination 25%
• Minimum Inhibitory Concentration 25%
• Human Pathogen 25%
• Chromosome 1 25%
• Major Facilitator Superfamily 25%
• Burkholderia multivorans 25%
• Burkholderia cenocepacia 25%
• Root Nodule 25%