Jinchong Xu

Medicine & Life Sciences

1. Neural Stem Cells 100%
2. Dopaminergic Neurons 94%
3. Neurons 75%
4. Embryonic Stem Cells 70%
5. Parkinson Disease 62%
6. tenascin R 56%
7. Neural Cell Adhesion Molecule L1 36%
8. Induced Pluripotent Stem Cells 36%
9. Stem Cells 35%
10. Neurogenesis 33%
11. Leucine 32%
12. Spinal Cord Injuries 30%
13. Synucleins 30%
14. Cell Death 28%
15. Interneurons 24%
16. Phosphotransferases 24%
17. Astrocytes 23%
18. Furin 22%
19. Pars Compacta 22%
20. Human Embryonic Stem Cells 22%
21. GABAergic Neurons 22%
22. Pluripotent Stem Cells 21%
23. Nervous System Trauma 21%
24. Neural Cell Adhesion Molecules 21%
25. In Vitro Techniques 20%
26. Chimerism 20%
27. Protein Biosynthesis 19%
28. Hepatocyte Growth Factor 19%
29. Extracellular Matrix 18%
30. Dopamine D2 Receptors 18%
31. Transplantation 18%
32. Neuroglia 18%
33. Brain 18%
34. Dentate Gyrus 17%
35. Lymphocyte Activation 17%
36. Genes 16%
37. DNA Methylation 15%
38. Amyloid 15%
39. Dopamine 14%
40. Methylation 14%
41. Transcription Factors 13%
42. Glycoproteins 13%
43. Alzheimer Disease 13%
44. MicroRNAs 13%
45. Tyrosine 3-Monooxygenase 13%
46. Huntington Disease 12%
47. Genome 12%