NIN-Kole Groep: Elektrische signalen in zenuwuitlopers

Medicine & Life Sciences

1. Axon Initial Segment 100%
2. Action Potentials 67%
3. Aquaporin 4 67%
4. Voltage-Gated Potassium Channels 65%
5. Sodium Channels 58%
6. Cell Shape 58%
7. Brain Edema 54%
8. Visual Cortex 52%
9. Pyramidal Cells 51%
10. Myelin Sheath 50%
11. Endocytosis 49%
12. Astrocytes 45%
13. White Matter 44%
14. Multiple Sclerosis 43%
15. Axons 43%
16. Inflammation 29%
17. Cell Size 25%
18. Megalencephalic leukoencephalopathy with subcortical cysts 22%
19. Brain 20%
20. Proteins 16%
21. Arousal 16%
22. Membrane Potentials 16%
23. Aquaporins 15%
24. Neurons 15%
25. Microglia 15%
26. Electrophysiology 13%
27. Long-Term Synaptic Depression 12%
28. G-Protein-Coupled Receptors 12%
29. Ion Channels 12%
30. Siblings 11%
31. Voltage-Gated Sodium Channels 11%
32. Cell Plasticity 10%
33. Synaptic Membranes 10%
34. Synaptic Potentials 10%
35. Phagocytes 10%
36. Clathrin 10%
37. Optic Nerve 10%
38. Visual Perception 10%
39. aspartic acid receptor 9%
40. Chronic Disease 9%
41. Interneurons 8%
42. Photons 8%
43. Running 8%
44. Locomotion 7%
45. Disease Progression 7%
46. Neuronal Plasticity 7%
47. Potassium 7%
48. Cluster Analysis 7%
49. Membranes 7%
50. Ranvier's Nodes 7%
51. Sodium 6%
52. T-Lymphocytes 6%
53. Kinetics 5%
54. Potassium Channels 5%
55. Calcium 5%
56. Transmission Electron Microscopy 5%