Ilya Fleidervish

Medicine & Life Sciences

1. Action Potentials 52%
2. Adenosine Triphosphate 10%
3. Architectural Accessibility 19%
4. Axon Initial Segment 100%
5. Axons 29%
6. Brain 20%
7. Calcium 9%
8. Calpain 10%
9. Cardiac Myocytes 17%
10. Carisoprodol 44%
11. Cesium 13%
12. Cortical Excitability 17%
13. Dendrites 31%
14. diethylamino-ethmozine 18%
15. Electrodes 12%
16. Glutamate Receptors 11%
17. Glutamic Acid 34%
18. Gonadotropins 9%
19. Heart 11%
20. Hypoxia 20%
21. Inhibitory Postsynaptic Potentials 11%
22. Ion Channels 11%
23. Kinetics 17%
24. Lysophosphatidylcholines 34%
25. Membrane Potentials 22%
26. Membranes 10%
27. Mitochondria 15%
28. N-Methyl-D-Aspartate Receptors 17%
29. Neocortex 21%
30. Neurons 71%
31. Opsins 12%
32. Optical Imaging 12%
33. Optogenetics 11%
34. Patch-Clamp Techniques 37%
35. phorbol-12-myristate 10%
36. Phosphocreatine 10%
37. phosphocreatinine 13%
38. Polyamines 15%
39. Potassium Channels 10%
40. potassium-chloride symporters 14%
41. Pyramidal Cells 58%
42. Quinidine 11%
43. Sodium 46%
44. Sodium Channels 51%
45. Somatosensory Cortex 13%
46. Sumoylation 11%
47. Synaptic Transmission 17%
48. Tilapia 14%
49. Traumatic Brain Injury 18%
50. Up-Regulation 11%