SUPEROXIDE DISMUTASES: STRUCTURE, FUNCTION, EVOLUTION

Agriculture & Biology

1. Photobacterium leiognathi 100%
2. Caulobacter crescentus 58%
3. bacteria 43%
4. superoxide anion 37%
5. Leiognathus 34%
6. eukaryotic cells 33%
7. Caulobacter 31%
8. superoxide dismutase 31%
9. Photobacterium 29%
10. Paracoccus denitrificans 28%
11. amino acid sequences 28%
12. osteoarthritis 27%
13. radiotherapy 27%
14. rheumatoid arthritis 24%
15. hybridization probes 24%
16. liver 23%
17. aerobiosis 22%
18. Pan troglodytes 21%
19. clinical trials 20%
20. etiology 20%
21. genes 20%
22. protein structure 20%
23. intestinal microorganisms 19%
24. symbionts 19%
25. catalytic activity 18%
26. inflammation 17%
27. adverse effects 16%
28. copper 15%
29. zinc 15%
30. therapeutics 15%
31. mitochondria 14%
32. metals 14%
33. iron 14%
34. chickens 13%
35. proteins 13%
36. Escherichia coli 12%
37. degradation 11%
38. fish 11%
39. phylogeny 11%
40. DNA 10%
41. enzymes 8%