Urban Gullberg

Medicin och livsvetenskap

1. Wilms' Tumor Genes 100%
2. Wilms Tumor 81%
3. Leukemia 43%
4. Proteins 42%
5. bactericidal permeability increasing protein 34%
6. Cell Line 33%
7. Myeloid Cells 30%
8. Multiple Myeloma 30%
9. Genes 27%
10. Myeloblastin 27%
11. Tumor Suppressor Genes 25%
12. Acute Myeloid Leukemia 24%
13. p53 Genes 24%
14. Apoptosis 23%
15. Cathepsin G 23%
16. Cell Differentiation 22%
17. K562 Cells 21%
18. Neutrophils 21%
19. Co-Repressor Proteins 20%
20. Cell Cycle 18%
21. Tretinoin 17%
22. interferon regulatory factor-8 17%
23. Protein Isoforms 16%
24. Interferons 15%
25. Retinoblastoma Protein 14%
26. Hematopoietic Stem Cells 14%
27. Transcription Factors 14%
28. Zinc Fingers 13%
29. Hematopoiesis 13%
30. Up-Regulation 13%
31. Gene Expression 12%
32. human SMARCA2 protein 12%
33. Neoplasms 12%
34. Eosinophil Cationic Protein 12%
35. Bone Marrow 12%
36. Imatinib Mesylate 12%
37. Genome-Wide Association Study 11%
38. Lymphoma, Large B-Cell, Diffuse 11%
39. Oncogene Proteins 11%
40. Cell Cycle Checkpoints 11%
41. Valproic Acid 11%
42. Serine Proteases 10%
43. Peroxidase 10%
44. Messenger RNA 10%
45. Stem Cells 10%
46. nicotinate-nucleotide diphosphorylase (carboxylating) 10%
47. Growth 9%
48. Clone Cells 9%
49. human cationic antimicrobial protein CAP 37 9%
50. Transforming Growth Factor beta1 9%