Lis Jakobsen

Biochemistry, Genetics and Molecular Biology

1. RNA 100%
2. Proteomics 75%
3. Centriole 68%
4. Mass Spectrometry 56%
5. Centrosome 53%
6. Cilium 43%
7. Signaling Protein 25%
8. Bone Morphogenetic Protein 25%
9. Transcription Termination 25%
10. RNA Degradation 25%
11. Cancer Growth Factor 25%
12. Protein Complexes 18%
13. RNA Polymerase II 16%
14. Polyadenylation 16%
15. Intron 15%
16. Fractionation 12%
17. Copurification 12%
18. Density Gradient Centrifugation 12%
19. Proteome 11%
20. Mammalian Cell 9%
21. Pericentriolar Material 9%
22. Transcription 8%
23. RNA Binding 8%
24. Stem-Loop 8%
25. Mutagenesis 8%
26. RNA Helicase 8%
27. Genomics 8%
28. RNA-binding Protein 8%
29. Embryonic Stem Cell 8%
30. Enhancer Region 8%
31. DNA Flanking Region 8%
32. Primary Cell 8%
33. Basal Body 7%
34. Zebra Fish 7%
35. Biogenesis 6%
36. Flagellum 6%
37. Dynamics 6%
38. Proteome Analysis 6%
39. Cytoskeleton 6%
40. Nuclear Protein 6%
41. Cell Polarity 6%
42. Ribonuclease 6%
43. Eukaryote 6%
44. Mitosis Spindle 6%
45. Cell Cycle 6%
46. Nucleoplasm 6%
47. Specificity Factor 5%
48. Small Nucleolar RNA 5%