Understanding Events at the Cell Surface During Autotransporter Biogenesis

Medicine & Life Sciences

1. Type V Secretion Systems 100%
2. Escherichia coli 56%
3. Membrane Proteins 41%
4. Gram-Negative Bacteria 37%
5. Proteins 36%
6. Enterotoxigenic Escherichia coli 27%
7. Membranes 26%
8. Serine Proteases 26%
9. Protein Transport 24%
10. Protein Sorting Signals 23%
11. Enterobacteriaceae 18%
12. Weapons of Mass Destruction 17%
13. Virulence Factors 16%
14. Type III Secretion Systems 15%
15. Bacterial Outer Membrane 15%
16. Periplasmic Proteins 14%
17. Enteropathogenic Escherichia coli 14%
18. Peptides 13%
19. Protein Unfolding 12%
20. Bacterial Proteins 12%
21. Porins 12%
22. Electron Spin Resonance Spectroscopy 12%
23. Antigens 12%
24. Genomics 11%
25. Escherichia coli Proteins 11%
26. Virulence 11%
27. Salmonella typhimurium 11%
28. Protein Subunits 10%
29. Mucins 10%
30. Disulfides 10%
31. Salmonella 10%
32. Semantics 9%
33. Genes 9%
34. Spectrum Analysis 9%
35. Biofilms 9%
36. Names 9%
37. E coli antigen 43 8%
38. Genome 8%
39. Antibody Formation 8%
40. Periplasm 8%
41. Terminology 8%
42. Peptide Hydrolases 8%
43. Secretory Pathway 7%
44. Diarrhea 7%
45. methyl methanethiosulfonate 6%
46. Serine 6%
47. Streptomycin 5%
48. Hot Temperature 5%
49. Bacteria 5%
50. Protein Translocation Systems 5%
51. Citrobacter rodentium 5%
52. Spin Labels 5%