Claus Storgaard Sørensen

Medicine & Life Sciences

1. DNA Damage 100%
2. DNA Replication 84%
3. S Phase 63%
4. Genome 59%
5. DNA 57%
6. Checkpoint Kinase 1 56%
7. Cell Cycle 54%
8. Phosphorylation 54%
9. Cyclins 54%
10. Cyclin A 51%
11. DNA Repair 50%
12. Ionizing Radiation 46%
13. Maintenance 44%
14. Genomic Instability 41%
15. Phosphotransferases 40%
16. Anaphase-Promoting Complex-Cyclosome 36%
17. Cyclin-Dependent Kinases 35%
18. Chromatin 35%
19. Mitosis 33%
20. Double-Stranded DNA Breaks 31%
21. Cell Cycle Checkpoints 30%
22. Neoplasms 29%
23. Homologous Recombination 28%
24. Replication Origin 27%
25. Hydroxyurea 27%
26. Histones 27%
27. Recombinational DNA Repair 26%
28. Ligases 26%
29. Ubiquitin 26%
30. Licensure 26%
31. S Phase Cell Cycle Checkpoints 24%
32. human CHEK1 protein 18%
33. Small Cell Lung Carcinoma 18%
34. Proliferating Cell Nuclear Antigen 17%
35. Proteolysis 16%
36. Cyclin E 16%
37. Breast Neoplasms 15%
38. Epigenomics 15%
39. DNA Breaks 15%
40. Methylation 15%