Åsa Fex Svenningsen

Medicine & Life Sciences

1. Schwann Cells 100%
2. Induced Pluripotent Stem Cells 90%
3. Neuroglia 73%
4. Neurons 64%
5. Central Nervous System 52%
6. Insulin-Like Growth Factor II 50%
7. Brain 49%
8. Multiple Sclerosis 48%
9. Sciatic Nerve 47%
10. Autism Spectrum Disorder 46%
11. Oligodendroglia 44%
12. Cell Line 44%
13. Astrocytes 40%
14. Halogenated Diphenyl Ethers 40%
15. Insulin-Like Growth Factor I 40%
16. Proteins 40%
17. Ranvier's Nodes 39%
18. Fibroblasts 38%
19. Stem Cells 37%
20. Germ Layers 36%
21. Axons 35%
22. Demyelinating Diseases 35%
23. Microglia 34%
24. Peripheral Nervous System 33%
25. In Vitro Techniques 32%
26. Differentiation Antigens 32%
27. Nerve Regeneration 32%
28. Thymidine 30%
29. Spinal Cord 29%
30. Proteome 29%
31. Cell Proliferation 29%
32. Coculture Techniques 29%
33. Communication 28%
34. Chromosome Aberrations 28%
35. Cerebrospinal Fluid 27%
36. Enteric Nervous System 27%
37. High-Temperature Requirement A Serine Peptidase 1 27%
38. Cadherins 27%
39. Mouse Mirn146 microRNA 26%
40. Rhodothermus 26%
41. Cerebral Cortex 26%
42. Remyelination 26%
43. Oligodendrocyte-Myelin Glycoprotein 24%
44. Wounds and Injuries 24%
45. Insulin 24%
46. Regeneration 24%
47. Plasmids 23%
48. 3-Hydroxysteroid Dehydrogenases 23%
49. Bromodeoxyuridine 22%
50. Chronic Progressive Multiple Sclerosis 22%