Department of Physiology

Medicine & Life Sciences

1. Adult Stem Cells 9%
2. Alzheimer Disease 7%
3. AMPA Receptors 13%
4. Amyotrophic Lateral Sclerosis 15%
5. Animal Models 5%
6. Animals 6%
7. Astrocytes 19%
8. Autophagy 6%
9. Axons 14%
10. Brain 38%
11. Brain Ischemia 5%
12. Callithrix 73%
13. Catenins 5%
14. Cell Death 7%
15. Cell Differentiation 9%
16. Cell Line 12%
17. Cell Lineage 6%
18. Cell Transplantation 11%
19. Cell- and Tissue-Based Therapy 17%
20. Central Nervous System 19%
21. Cerebellum 15%
22. Cochlea 16%
23. Cytokines 5%
24. Dendrites 5%
25. Depression 6%
26. Diffusion Tensor Imaging 11%
27. Dopaminergic Neurons 14%
28. Drosophila 16%
29. Embryonic Stem Cells 21%
30. Embryonic Structures 5%
31. Endocytosis 5%
32. Epigenomics 7%
33. Fibroblasts 8%
34. Galectin 1 7%
35. Gene Expression 11%
36. Genes 24%
37. Glioma 6%
38. Glutamate Receptors 25%
39. Growth 6%
40. Haplorhini 7%
41. Hepatocyte Growth Factor 7%
42. Hippocampus 9%
43. human HGF protein 5%
44. In Vitro Techniques 17%
45. Induced Pluripotent Stem Cells 99%
46. Inner Ear 8%
47. Ionotropic Glutamate Receptors 7%
48. Knockout Mice 8%
49. Lateral Ventricles 14%
50. Learning 6%
51. Ligands 6%
52. Magnetic Resonance Imaging 8%
53. Maintenance 10%
54. Mesenchymal Stem Cells 8%
55. Messenger RNA 13%
56. Motor Neurons 9%
57. Mouse Embryonic Stem Cells 8%
58. Mutation 12%
59. Neoplasms 6%
60. Nestin 15%
61. Neural Crest 18%
62. Neural Stem Cells 100%
63. Neurodegenerative Diseases 8%
64. Neuroepithelial Cells 5%
65. Neurogenesis 18%
66. Neuroglia 17%
67. Neuronal Plasticity 11%
68. Neurons 52%
69. Neurosciences 7%
70. Olfactory Bulb 7%
71. Oligodendroglia 9%
72. Parkinson Disease 11%
73. Phenotype 13%
74. Phosphorylation 5%
75. Pluripotent Stem Cells 15%
76. Population 5%
77. Primates 31%
78. Prosencephalon 7%
79. Proteins 23%
80. Purkinje Cells 34%
81. Regeneration 19%
82. Regenerative Medicine 11%
83. RNA 9%
84. RNA-Binding Proteins 30%
85. Rodentia 11%
86. Safety 5%
87. Schizophrenia 5%
88. Side-Population Cells 7%
89. Spinal Cord 20%
90. Spinal Cord Injuries 60%
91. Stem Cell Transplantation 11%
92. Stem Cells 82%
93. Synapses 29%
94. Technology 9%
95. Therapeutics 10%
96. Transcription Factors 7%
97. Transgenes 9%
98. Transgenic Mice 8%
99. Transplantation 21%
100. Wounds and Injuries 8%