James Beesley

Medicine & Life Sciences

1. Homologous Recombination 100%
2. Ubiquitin 81%
3. Double-Stranded DNA Breaks 63%
4. DNA polymerase theta 63%
5. ubiquitin isopeptidase 59%
6. Filamins 48%
7. Synthetic Lethal Mutations 47%
8. 1,2-di-(4-sulfamidophenyl)-4-butylpyrazolidine-3,5-dione 47%
9. Sumoylation 43%
10. Chromatin 38%
11. Ligases 35%
12. Chemotaxis 34%
13. Proteasome Endopeptidase Complex 33%
14. Tumor Biomarkers 31%
15. Polyubiquitin 31%
16. Carrier Proteins 27%
17. Fanconi Anemia Complementation Group Proteins 26%
18. Neoplasms 26%
19. Personnel Selection 24%
20. DNA 24%
21. Peptidylprolyl Isomerase 23%
22. Tudor Domain 18%
23. Proteins 18%
24. DNA Repair 18%
25. DNA End-Joining Repair 17%
26. BRCA1 Protein 16%
27. Genotype 15%
28. Recombinational DNA Repair 14%
29. Phenotype 13%
30. Chromosomes 12%
31. matrigel 12%
32. Human Umbilical Vein Endothelial Cells 11%
33. Phosphorylation 11%
34. Genome 11%
35. Actin Cytoskeleton 10%
36. Basement Membrane 10%
37. Lysine 10%
38. Computational Biology 10%
39. olaparib 10%
40. In Situ Hybridization 9%
41. DNA Damage 9%
42. Peptide Hydrolases 9%
43. Small Interfering RNA 9%
44. Membrane Proteins 8%
45. Yeasts 8%
46. Complementary DNA 8%
47. Camptothecin 8%
48. Endothelial Cells 8%
49. Cell Membrane 7%
50. Chromatin Assembly and Disassembly 7%