Microarray Investigation of Global Regulation by speG in Salmonella typhimurium, Human Intestinal Epithelium, and B Lymphocytes in an in vitro M-Cell Model

Agriculture & Biology

1. cells 100%
2. Salmonella 86%
3. B-lymphocytes 85%
4. Salmonella Typhimurium 68%
5. transposons 39%
6. vaccines 37%
7. coculture 31%
8. genes 24%
9. biochemical pathways 23%
10. mouth 22%
11. drug design 21%
12. Peyer's patches 19%
13. pathogenicity islands 19%
14. drugs 19%
15. immunotherapy 19%
16. phenotype 18%
17. acetyltransferases 17%
18. Shigella 17%
19. adaptive immunity 17%
20. pathogens 16%
21. mutants 16%
22. intestinal mucosa 15%
23. spermidine 15%
24. clinical trials 15%
25. polyamines 14%
26. microvilli 14%
27. innate immunity 14%
28. immune system 13%
29. pathogenesis 13%
30. adhesives 13%
31. transcriptome 12%
32. transcriptomics 12%
33. epithelial cells 12%
34. antagonists 12%
35. virulence 11%
36. therapeutics 11%
37. antigens 10%
38. Escherichia coli 9%
39. genomics 9%
40. gene expression 8%
41. metabolism 8%
42. bacteria 7%
43. animals 6%
44. testing 5%
45. sampling 5%