Complete Genome Analysis of Three Acinetobacter baumannii Clinical Isolates in China for Insight into the Diversification of Drug Resistance Elements

Medicine & Life Sciences

• Acinetobacter baumannii 89%
• Drug Resistance 67%
• China 59%
• Genome 50%
• Islands 36%
• Adenosine Triphosphatases 13%
• Genetic Recombination 12%
• Genes 10%
• Tetracycline Resistance 9%
• Genomic Islands 8%
• Acinetobacter 8%
• Carbapenems 7%
• Beijing 7%
• Multiple Drug Resistance 7%
• Ascites 6%
• Global Health 6%
• High-Throughput Nucleotide Sequencing 6%
• Bacterial Infections 6%
• Disease Outbreaks 5%
• Pharmaceutical Preparations 5%
• Plasmids 5%
• Clone Cells 5%
• Chromosomes 5%
• Bacteria 4%
• Technology 4%

Agriculture & Biology

• Acinetobacter baumannii 100%
• drug resistance 87%
• China 47%
• genome 40%
• transposons 12%
• adenosinetriphosphatase 12%
• Acinetobacter lwoffii 11%
• genes 9%
• genomic islands 9%
• carbapenems 9%
• drugs 8%
• genetic recombination 8%
• harbors (waterways) 8%
• multiple drug resistance 7%
• ascites 7%
• bacterial infections 7%
• tetracycline 6%
• plasmids 5%
• fluids 4%
• clones 4%
• chromosomes 4%
• loci 4%
• blood 3%
• bacteria 3%
• methodology 1%

Chemical Compounds

• Strain 51%
• Resistance 16%
• Tetracycline 7%
• Spreading 7%
• Flexibility 5%
• Molecular Cluster 4%
• Drug 3%