Peter Thorlund Haahr

Medicine & Life Sciences

1. Genomic Instability 100%
2. DNA Replication 97%
3. Single-Stranded DNA 61%
4. Polyubiquitin 59%
5. Genome 52%
6. Chromosomal Instability 50%
7. Ewing's Sarcoma 49%
8. Phosphotransferases 47%
9. RNA Precursors 45%
10. Neoplasm Antigens 43%
11. Phosphorylation 41%
12. Ubiquitin 40%
13. Interleukin-1 40%
14. Carrier Proteins 34%
15. Blood Cells 33%
16. DNA Damage 31%
17. Interleukin-6 31%
18. Tumor Necrosis Factor-alpha 28%
19. Exercise 26%
20. DNA 25%
21. Peptide Hydrolases 25%
22. Maintenance 25%
23. human ETAA1 protein 25%
24. Clustered Regularly Interspaced Short Palindromic Repeats 23%
25. Double-Stranded DNA Breaks 23%
26. Ubiquitination 21%
27. Proteins 21%
28. Heat-Shock Proteins 21%
29. Chromosome Aberrations 19%
30. Oligosaccharides 19%
31. Protein Kinases 18%
32. Replication Protein A 17%
33. Enzymes 16%
34. Cell Cycle 15%