Functional study of C53 protein as a novel regulator of checkpoint kinases

Medicine & Life Sciences

1. DNA Damage 100%
2. Cell Cycle 82%
3. Phosphotransferases 48%
4. Cell Cycle Checkpoints 40%
5. Cell Death 39%
6. Genomic Instability 34%
7. Checkpoint Kinase 1 32%
8. CDC2 Protein Kinase 30%
9. Proteins 26%
10. Carcinogenesis 23%
11. Etoposide 22%
12. Neoplasms 20%
13. Cell Division 19%
14. cdc25 Phosphatases 16%
15. Homeostasis 15%
16. Topoisomerase II Inhibitors 14%
17. M Phase Cell Cycle Checkpoints 14%
18. Chromosome Segregation 12%
19. Cytokinesis 12%
20. Cell Separation 12%
21. DNA 11%
22. Human Development 11%
23. Caspases 10%
24. DNA Replication 10%
25. Mitosis 10%
26. S Phase 10%
27. DNA Repair 9%
28. Protein Kinases 9%
29. Chromatin 9%
30. Carrier Proteins 8%
31. Therapeutics 8%
32. Apoptosis 6%
33. Mutation 5%
34. Animals 5%