Christopher Douse

Biochemistry, Genetics and Molecular Biology

1. Adenosine Diphosphate Ribose 10%
2. Allele 10%
3. Ape 7%
4. Autoimmunity 10%
5. Brain Development 44%
6. Cell Function 7%
7. Chromatin 13%
8. Corepressor 15%
9. CRISPR/Cas9 7%
10. Defence Mechanisms 13%
11. Derepression 7%
12. Dimerization 15%
13. DNMT1 10%
14. Dosage Compensation 5%
15. Dynamics 15%
16. Epigenetic Mechanism 15%
17. Epigenetics 100%
18. Essential Gene 7%
19. Evolution 21%
20. Exon 5%
21. Experiment 5%
22. Forward Genetics 7%
23. Functional Genomics 15%
24. Gene 39%
25. Gene Regulatory Network 15%
26. Genetic Mechanism 7%
27. Genetic Screen 7%
28. Genetics 23%
29. Genomics 15%
30. Heterochromatin 23%
31. Homeostasis 10%
32. Human 15%
33. Long Noncoding RNA 7%
34. Macrodomain 15%
35. N-Terminus 15%
36. Poly ADP Ribose Polymerase 21%
37. Progenitor Cell 21%
38. Protein 35%
39. Pseudogene 15%
40. Regulatory Mechanism 10%
41. Retrotransposon 52%
42. RNA 28%
43. RNA-binding Protein 10%
44. Stem Cell 15%
45. Synthase 15%
46. TAF1 10%
47. Transcription 21%
48. Transfer RNA 15%
49. Transposable Element 44%
50. Zinc Finger 9%