Laura Duran Lozano

Medicine & Life Sciences

1. B-Lymphocytes 8%
2. Breast Neoplasms 64%
3. Capillary Electrophoresis 14%
4. Chromatin 29%
5. Computer Simulation 35%
6. Datasets 17%
7. Dissection 29%
8. Exons 9%
9. Gametogenesis 16%
10. Gene Frequency 10%
11. Genes 27%
12. Genetic Predisposition to Disease 34%
13. Genome-Wide Association Study 24%
14. Haploinsufficiency 14%
15. Hematologic Neoplasms 11%
16. Hereditary Breast and Ovarian Cancer Syndrome 19%
17. Hereditary Nonpolyposis Colorectal Neoplasms 14%
18. Homologous Recombination 12%
19. In Vitro Techniques 19%
20. Introns 21%
21. Linkage Disequilibrium 12%
22. Luciferases 10%
23. Messenger RNA 6%
24. Multiple Myeloma 100%
25. Neoplasm Genes 50%
26. Neoplasms 17%
27. Nucleotides 9%
28. Odds Ratio 7%
29. Ovarian Neoplasms 61%
30. Plasma Cells 60%
31. Polymerase Chain Reaction 13%
32. Regulator Genes 20%
33. RNA 31%
34. RNA Isoforms 15%
35. RNA Splice Sites 14%
36. Sensitivity and Specificity 8%
37. Signal Transduction 8%
38. Transcription Factors 11%
39. Up-Regulation 8%
40. Virulence 9%