Irina Holodņuka

Medicine & Life Sciences

1. Chemokine Receptors 100%
2. Chromosomes, Human, Pair 3 99%
3. B-Cell Chronic Lymphocytic Leukemia 87%
4. SCID Mice 80%
5. Human Chromosomes 79%
6. Human Herpesvirus 4 48%
7. Neoplasms 47%
8. Burkitt Lymphoma 40%
9. Growth 36%
10. Fibrosarcoma 33%
11. Blood Cells 32%
12. Lymphocytes 31%
13. Cell Line 31%
14. Genes 30%
15. Epstein-Barr Virus Infections 30%
16. Human Genome 22%
17. Polymerase Chain Reaction 22%
18. B-Lymphocytes 22%
19. Clone Cells 20%
20. DNA 20%
21. Lactoferrin 19%
22. Chromosomes 19%
23. Loss of Heterozygosity 15%
24. Down-Regulation 14%
25. Lymphoid Leukemia 14%
26. Phenotype 14%
27. Virus Latency 13%
28. Fluorescence In Situ Hybridization 13%
29. Severe Combined Immunodeficiency 13%
30. Nasopharyngeal Carcinoma 13%
31. Histidine 13%
32. Chemokines 12%
33. RNA-Directed DNA Polymerase 12%
34. Messenger RNA 11%
35. Telomerase 11%
36. Paintings 11%
37. Aneuploidy 11%
38. Oligonucleotides 10%
39. Chromosome Painting 10%
40. Libraries 10%
41. RNA 9%
42. Protein Kinases 9%
43. Transforming Growth Factor beta 9%
44. Tumor Suppressor Genes 8%
45. Proteins 8%
46. Monocytes 8%
47. Rheumatoid Arthritis 8%
48. Up-Regulation 8%
49. Disease Progression 8%
50. Lung Neoplasms 8%