Transposable Element Insertions into the Escherichia coli Polysialic Acid Gene Cluster Result in Resistance to the K1F Bacteriophage

Medicine & Life Sciences

• polysialic acid 100%
• DNA Transposable Elements 82%
• Multigene Family 69%
• Bacteriophages 63%
• Escherichia coli 44%
• Insertional Mutagenesis 16%
• Capsules 12%
• Phage Therapy 10%
• Bacteriophage T7 10%
• Virus Receptors 9%
• Bacteria 9%
• Anti-Bacterial Agents 9%
• Loss of Function Mutation 8%
• Mutation 7%
• Innate Immunity 6%
• Industry 6%
• Costs and Cost Analysis 4%
• Infections 3%
• Genes 2%
• Therapeutics 1%

Agriculture & Biology

• bacteriophages 62%
• multigene family 58%
• transposons 58%
• Escherichia coli 40%
• phages 39%
• acids 35%
• mutation 21%
• phage therapy 17%
• virus receptors 16%
• antibiotics 16%
• loss-of-function mutation 13%
• mutants 12%
• coevolution 11%
• bacteria 11%
• antibiotic resistance 10%
• control methods 9%
• receptors 7%
• biosynthesis 6%
• industry 6%
• infection 5%
• genes 3%

Earth & Environmental Sciences

• bacteriophage 78%
• gene 48%
• mutation 42%
• acid 40%
• mutant 22%
• antibiotics 21%
• arms race 17%
• bacterium 13%
• coevolution 13%
• biosynthesis 11%
• therapy 11%
• control measure 11%
• translocation 11%
• fitness 10%
• infection 9%
• industry 6%
• exposure 6%
• cost 5%
• product 5%