Thomas Koed Doktor

Biochemistry, Genetics and Molecular Biology

1. Exon 100%
2. Oligonucleotide 75%
3. Exonic Splicing Silencer 47%
4. Gene Expression 45%
5. Intron 40%
6. Casein Kinase 2 36%
7. Acyl-CoA 36%
8. RNA Splicing 35%
9. Splicing Factor 33%
10. Messenger RNA 31%
11. RNA 28%
12. Binding Protein 28%
13. Binding Site 28%
14. Regulatory Element 26%
15. Deficiency 26%
16. Exon Skipping 26%
17. Exonic Splicing Enhancer 25%
18. SMN2 25%
19. Cancer Cell 24%
20. Wild Type 24%
21. Enzyme Activity 23%
22. RNA Sequence 23%
23. Minigene 23%
24. Allele 23%
25. ACADM 23%
26. DNA Synthesis 23%
27. Caenorhabditis Elegans 23%
28. Fibrinogen 23%
29. Antisense 20%
30. Expression Level 19%
31. Enhancer Region 17%
32. Fibroblast 16%
33. Enzyme 16%
34. Single Nucleotide Polymorphism 15%
35. S Phase 15%
36. Mouse Model 15%
37. Lipid Metabolism 15%
38. Small Interfering RNA 15%
39. Molecular Mechanism 14%
40. Next Generation Sequencing 14%
41. Protein Complexes 14%
42. Downregulation 14%
43. Beta Oxidation 14%
44. Survival of Motor Neuron 13%
45. Oxidoreductase 13%
46. Dehydrogenase 13%
47. Mesenchymal-Epithelial Transition 13%
48. Homeostasis 12%
49. Precursor mRNA 12%
50. Fabry Disease 11%