佐野坂 司

Medicine & Life Sciences

1. Astrocytes 98%
2. Bone Morphogenetic Proteins 10%
3. Brain 19%
4. Callithrix 17%
5. Cell Hypoxia 10%
6. Central Nervous System 13%
7. CHARGE Syndrome 16%
8. Chromatin 16%
9. Demethylation 42%
10. DNA Demethylation 11%
11. DNA Helicases 12%
12. DNA Methylation 24%
13. Enzyme Activation 11%
14. Enzyme Induction 11%
15. Epigenome 12%
16. Epigenomics 39%
17. Genes 36%
18. Glial Fibrillary Acidic Protein 38%
19. Hypoxia-Inducible Factor 1 11%
20. Induced Pluripotent Stem Cells 72%
21. Leukemia Inhibitory Factor 17%
22. Meninges 11%
23. Mental Competency 16%
24. Methylation 16%
25. Mouse Embryonic Stem Cells 12%
26. Multipotent Stem Cells 17%
27. Neural Stem Cells 100%
28. Neuroepithelial Cells 36%
29. Neurogenesis 20%
30. Neuroglia 17%
31. Neurons 32%
32. NFI Transcription Factors 18%
33. Odontogenesis 13%
34. Oligodendroglia 23%
35. Peripheral Blood Stem Cells 11%
36. Pluripotent Stem Cells 10%
37. poly(divinyl-co-N-vinylpyrrolidinone) 14%
38. Prader-Willi Syndrome 11%
39. Protein Transport 12%
40. RE1-silencing transcription factor 11%
41. Regulatory T-Lymphocytes 10%
42. Rett Syndrome 11%
43. Spinal Cord Injuries 16%
44. STAT3 Transcription Factor 17%
45. Stem Cells 43%
46. Transcription Factors 33%
47. Tretinoin 11%
48. Unfolded Protein Response 10%
49. Valproic Acid 19%
50. Vorinostat 12%