Philipp Kaldis

Medicin och livsvetenskap

1. Apoptosis 11%
2. Carcinogenesis 16%
3. CDC2 Protein Kinase 35%
4. Cell Cycle 100%
5. Cell Cycle Checkpoints 15%
6. Cell Division 28%
7. Cell Proliferation 24%
8. Centrosome 12%
9. Creatine Kinase 13%
10. Cyclin A 13%
11. Cyclin A2 22%
12. Cyclin E 27%
13. Cyclin H 13%
14. Cyclin-Dependent Kinase 2 72%
15. cyclin-dependent kinase-activating kinase 69%
16. Cyclin-Dependent Kinases 93%
17. Cyclins 74%
18. DNA Damage 14%
19. DNA Repair 11%
20. Embryonic Development 11%
21. Enzymes 11%
22. Fibroblasts 14%
23. G1 Phase 20%
24. Genes 13%
25. Germ Cells 23%
26. Hepatocytes 17%
27. Human Herpesvirus 8 14%
28. In Vitro Techniques 12%
29. Knockout Mice 29%
30. Liver 17%
31. Liver Regeneration 12%
32. Meiosis 32%
33. Meiotic Prophase I 21%
34. Mitochondrial Form Creatine Kinase 34%
35. Mitosis 22%
36. Neoplasms 19%
37. Oocytes 14%
38. Phase Transition 12%
39. Phenotype 12%
40. Phosphorylation 52%
41. Phosphotransferases 42%
42. Protein Kinases 14%
43. Proteins 17%
44. Retinoblastoma Protein 11%
45. S Phase 45%
46. Saccharomyces cerevisiae 11%
47. Stem Cells 11%
48. Substrate Specificity 13%
49. Threonine 14%
50. Yeasts 22%