Vitaly Klyachko

Medicine & Life Sciences

1. Synapses 100%
2. Fragile X Syndrome 69%
3. Fragile X Mental Retardation Protein 48%
4. Synaptic Vesicles 46%
5. Synaptic Transmission 30%
6. Myosin Type V 28%
7. Neurotransmitter Agents 26%
8. Neuronal Plasticity 26%
9. Action Potentials 25%
10. Electronic Data Processing 24%
11. Neurons 21%
12. Knockout Mice 21%
13. Sensory Receptor Cells 18%
14. Large-Conductance Calcium-Activated Potassium Channels 17%
15. Endocytosis 15%
16. Calcium 14%
17. Nitric Oxide 13%
18. mouse ryanodine receptor 1 12%
19. Ion Channels 12%
20. Pyramidal Cells 11%
21. Axons 11%
22. Intellectual Disability 11%
23. Hippocampus 10%
24. Neuroglia 10%
25. Dendritic Cells 10%
26. Recycling 10%
27. Secretory Vesicles 9%
28. Potassium Channels 9%
29. Sodium 9%
30. sigma Receptors 8%
31. Psychological Inhibition 8%
32. Type 5 Cyclic Nucleotide Phosphodiesterases 8%
33. Channelopathies 7%
34. Myosin Type II 7%
35. Transport Vesicles 7%
36. Exocytosis 7%
37. Entorhinal Cortex 7%
38. Seizures 6%
39. Cyclic GMP 6%
40. Machine Learning 6%
41. Neurites 6%
42. Oxytocin 6%
43. Astrocytes 6%
44. GABA-A Receptors 6%
45. Missense Mutation 5%
46. Cell Membrane 5%
47. Ryanodine Receptor Calcium Release Channel 5%
48. Corpus Striatum 5%
49. Nitric Oxide Synthase 5%
50. Noise 5%