Biochemistry, Genetics and Molecular Biology

1. Gene 100%
2. Embryonic Stem Cell 91%
3. Transcription 68%
4. Retrotransposon 64%
5. Transposable Element 61%
6. Endogenous Retrovirus 58%
7. SETDB1 51%
8. Cohesin 41%
9. Epigenetics 35%
10. Protein 31%
11. Isoform 27%
12. Germline 23%
13. Long Terminal Repeat 23%
14. Enzyme 23%
15. RNA Sequencing 23%
16. Next Generation Sequencing 18%
17. DNA Demethylation 17%
18. Chromatin Immunoprecipitation 16%
19. Heterochromatin Protein 1 15%
20. Stem Cell 15%
21. Heterochromatin 14%
22. Negative Selection (Natural Selection) 13%
23. Epigenome 13%
24. Retroelement 13%
25. Telomere 13%
26. FABP7 13%
27. RUNX1 13%
28. Chromosome Structure 13%
29. Micrococcal Nuclease 13%
30. Sequencing 13%
31. Colon 11%
32. T Cell Receptor 10%
33. Hepatocyte 8%
34. Mammal 8%
35. Mammalian Cell 8%
36. Phosphorylation 7%
37. Skeletal Muscle 6%
38. Small Molecule 6%
39. Meiosis 6%
40. Genetics 6%
41. Histone Modification 6%
42. Epigenetic Modification 6%
43. Gene Expression Profiling 5%
44. Derepression 5%
45. Catalysis 5%
46. Chimeric Gene 5%
47. Methylation 5%