David Ermert

Medicine & Life Sciences

1. Complement C4b-Binding Protein 100%
2. Complement Inactivating Agents 56%
3. Streptococcus pyogenes 53%
4. Moraxella catarrhalis 49%
5. Innate Immunity 32%
6. Complement Factor H 30%
7. Virulence 22%
8. Immunoglobulin G 19%
9. Streptococcus 18%
10. Proteins 18%
11. Complement Activation 17%
12. Small Leucine-Rich Proteoglycans 15%
13. Microbial Interactions 14%
14. leucine-rich repeat proteins 14%
15. osteoadherin 14%
16. Cartilage Oligomeric Matrix Protein 14%
17. Vitronectin 12%
18. Biglycan 12%
19. Respiratory System 11%
20. Gonorrhea 11%
21. Neutrophils 11%
22. Immunoglobulin M 10%
23. Immunomodulation 10%
24. Infections 10%
25. Proteoglycans 10%
26. Proline 9%
27. Extracellular Matrix 9%
28. Bacteria 9%
29. Leucine 9%
30. Fibromodulin 9%
31. Candida albicans 9%
32. Arginine 9%
33. Protein Binding 9%
34. Helicobacter pylori 8%
35. Catalase 8%
36. Transcriptome 8%
37. Endothelial Cells 7%
38. human complement factor H 7%
39. Phagocytes 7%
40. Decorin 6%
41. Membrane Proteins 5%
42. Enzymes 5%
43. Opsonin Proteins 5%
44. Immune Evasion 5%
45. Bacterial Infections 5%
46. Sepsis 5%
47. Transgenic Mice 5%
48. Serum 5%
49. Complement Membrane Attack Complex 5%
50. Gram-Positive Bacteria 5%