Unravelling Multiple Antibiotic Resistance in Salmonella Enterica

Medicine & Life Sciences

1. Amino Acids 5%
2. Anti-Bacterial Agents 31%
3. Bacteria 17%
4. Bacterial DNA 8%
5. Biofilms 8%
6. Carbon 12%
7. Chloramphenicol Resistance 6%
8. Chlorpromazine 15%
9. Ciprofloxacin 24%
10. Citric Acid Cycle 5%
11. Cyclohexane 8%
12. DNA Gyrase 18%
13. Drug Discovery 13%
14. Enterobacteriaceae 16%
15. Escherichia coli 11%
16. Ethidium 10%
17. Fluoroquinolones 24%
18. Fumarates 17%
19. Gene Expression 22%
20. Genes 25%
21. Genomic Islands 12%
22. Gram-Negative Bacteria 15%
23. Growth 6%
24. MDR Genes 6%
25. Microbial Drug Resistance 21%
26. morpholinopropane sulfonic acid 13%
27. Multiple Drug Resistance 100%
28. Mutation 24%
29. Nalidixic Acid 5%
30. Pharmaceutical Preparations 16%
31. phenothiazine 6%
32. Phenothiazines 12%
33. Phenotype 11%
34. Plasmids 5%
35. Quinolones 21%
36. Regulator Genes 10%
37. Salmonella 50%
38. Salmonella enterica 92%
39. Salmonella typhimurium 8%
40. Serogroup 53%
41. Substrate Specificity 14%
42. Transcriptome 35%
43. Triclosan 6%
44. Virulence 34%