Ana Ruiz Manzano

Medicine & Life Sciences

1. DNA-Directed RNA Polymerases 100%
2. Mycobacterium tuberculosis 77%
3. Pseudomonas putida 65%
4. Alkanes 54%
5. Mycobacterium 46%
6. Staphylococcal Protein A 35%
7. cytochrome o oxidase 31%
8. ubiquinol oxidase 30%
9. RNA-Binding Proteins 27%
10. Growth 26%
11. DNA 26%
12. Carrier Proteins 26%
13. Kinetics 26%
14. Fidaxomicin 25%
15. Superhelical DNA 22%
16. Carbon 22%
17. DNA Helicases 21%
18. Oxidation-Reduction 19%
19. Dimerization 17%
20. Protein Biosynthesis 16%
21. Genes 15%
22. Freezing 15%
23. Cysteine 14%
24. Plasmids 14%
25. DNA Repair 14%
26. Saccharomyces cerevisiae 14%
27. Escherichia coli 13%
28. Virulence 13%
29. Proteins 13%
30. Catabolite Repression 13%
31. Dissection 13%
32. Holoenzymes 12%
33. Electron Transport 11%
34. Anti-Bacterial Agents 11%
35. Temperature 11%
36. Mycobacterium smegmatis 11%
37. Mutation 10%
38. Oxidoreductases 9%
39. DNA Damage 8%
40. Messenger RNA 8%
41. Gene Expression 8%
42. Mutant Proteins 8%
43. General Transcription Factors 7%
44. Sudden Infant Death 6%
45. Tuberculosis 6%
46. Fluorescence 6%
47. Mycobacterium bovis 6%
48. Actinobacteria 6%
49. Lac Operon 6%
50. Succinic Acid 6%