Netherlands Institute for Neuroscience (NIN)

Medicine & Life Sciences

1. Brain 100%
2. Neurons 69%
3. Sleep 60%
4. Sleep Initiation and Maintenance Disorders 41%
5. Visual Cortex 41%
6. Purkinje Cells 39%
7. Suprachiasmatic Nucleus 37%
8. Magnetic Resonance Imaging 37%
9. Hypothalamus 36%
10. Obsessive-Compulsive Disorder 36%
11. Alzheimer Disease 36%
12. Axons 33%
13. Learning 30%
14. Genes 30%
15. Deep Brain Stimulation 30%
16. Light 29%
17. Multiple Sclerosis 28%
18. Microglia 28%
19. Gene Expression 27%
20. Neuroglia 27%
21. Regeneration 26%
22. Eye 25%
23. Depression 25%
24. Cerebellum 24%
25. Circadian Clocks 22%
26. Retina 21%
27. Prefrontal Cortex 21%
28. Astrocytes 21%
29. White Matter 21%
30. Synapses 20%
31. Parkinson Disease 20%
32. Memory 19%
33. Neuroimaging 18%
34. Animals 17%
35. Meta-Analysis 17%
36. Circadian Rhythm 17%
37. Rodentia 17%
38. Glucose 17%
39. Semaphorin-3A 17%
40. Paraventricular Hypothalamic Nucleus 17%
41. Cerebellar Nuclei 16%
42. Proteins 16%
43. Semaphorins 16%
44. Cognition 16%
45. Macular Degeneration 15%
46. Reward 15%
47. Genetic Therapy 14%
48. Spinal Cord 14%
49. Messenger RNA 14%
50. Neurosciences 13%
51. Population 13%
52. Therapeutics 13%
53. High Fat Diet 13%
54. Neuronal Plasticity 13%
55. Obesity 13%
56. Phenotype 13%
57. Pathology 12%
58. Nucleus Accumbens 12%
59. Netherlands 12%
60. Central Nervous System 12%
61. Arcuate Nucleus of Hypothalamus 12%
62. Visual Acuity 12%
63. Biological Clocks 12%
64. Periodicity 12%
65. Retinitis Pigmentosa 12%
66. Interneurons 11%
67. Fats 11%
68. Dopamine 11%
69. Primates 11%
70. Schwann Cells 11%
71. Randomized Controlled Trials 11%
72. Wounds and Injuries 11%
73. Corpus Striatum 11%
74. Corticotropin-Releasing Hormone 11%
75. Emotions 11%
76. Major Depressive Disorder 11%
77. Homeostasis 11%
78. Cerebellar Cortex 10%
79. Liver 10%
80. Nervous System 10%
81. Orexins 10%
82. Type 2 Diabetes Mellitus 10%
83. Schizophrenia 10%
84. Hippocampus 10%
85. Neurofeedback 10%
86. Sugars 10%
87. Electroencephalography 10%
88. Spinal Ganglia 10%
89. Short-Term Memory 10%
90. Retinal Dystrophies 10%
91. Peripheral Nerves 10%
92. Mutation 10%
93. Amyloid 9%
94. Individuality 9%
95. Cues 9%
96. Bipolar Disorder 9%
97. Motor Neurons 9%
98. Transgenes 9%
99. Internal Capsule 9%
100. Transcranial Magnetic Stimulation 9%