Biochemistry, Genetics and Molecular Biology

1. X Chromosome 100%
2. Protein 69%
3. Meiosis 64%
4. Synapsis 59%
5. Transgene 50%
6. DNA Demethylation 50%
7. Embryogenesis 50%
8. X-Inactivation 50%
9. H2AFX 50%
10. Induced Pluripotent Stem Cell 50%
11. SETDB1 50%
12. Cohesin 50%
13. Gene 36%
14. Genetics 30%
15. Pachytene 30%
16. Trisomy 30%
17. Chromosome Loss 30%
18. Mammal 29%
19. Dosage Compensation 25%
20. Aneuploidy 23%
21. Chromosome Inactivation 22%
22. Germline 20%
23. Nested Gene 16%
24. Phosphorylation 16%
25. Gene Inactivation 16%
26. Marsupial 12%
27. Antisense 12%
28. Epigenome 10%
29. Epigenetics 10%
30. RAD51 10%
31. Regulatory Element 10%
32. Mouse Model 10%
33. Ligand Binding Domain 10%
34. Ovulation 7%
35. Transcription 7%
36. Chromosome Segregation 7%
37. Oogenesis 7%
38. Cellular Imaging 7%
39. Sister Chromatid 7%
40. DNA Recombination 7%
41. Oogonium 6%
42. Genetic Divergence 6%
43. Meiotic Drive 6%
44. Response Factor 6%