Abraham Raphael Avital

Medicine & Life Sciences

1. Post-Traumatic Stress Disorders 100%
2. Methylphenidate 83%
3. Neuronal Plasticity 81%
4. Memory 72%
5. Brain 64%
6. Long-Term Potentiation 64%
7. Anxiety 61%
8. Serum 57%
9. Schizophrenia 56%
10. Startle Reflex 53%
11. Creatine Kinase 50%
12. Interleukin-1 49%
13. Corticosterone 47%
14. Prolactin 47%
15. Hippocampus 47%
16. Serine 46%
17. Plicamycin 45%
18. Cognition 43%
19. Interleukin-1 Receptors 43%
20. Depression 43%
21. Desipramine 40%
22. Spatial Learning 34%
23. Synapses 34%
24. Knockout Mice 34%
25. Dentate Gyrus 32%
26. rat Tspo protein 32%
27. Paranoid Schizophrenia 29%
28. Spatial Memory 28%
29. Social Behavior 28%
30. Therapeutics 27%
31. Attention Deficit Disorder with Hyperactivity 27%
32. Neurogenesis 26%
33. Aptitude 26%
34. Transgenic Mice 26%
35. Glycine Plasma Membrane Transport Proteins 25%
36. Alcohol Withdrawal Delirium 25%
37. Quinazolines 25%
38. Fluoxetine 24%
39. Synucleins 24%
40. Shyness 24%
41. Social Learning 23%
42. Glycine 23%
43. Dogs 23%
44. Volatile Organic Compounds 23%
45. Cannabidiol 22%
46. Transgenic Rats 22%
47. Parahippocampal Gyrus 22%
48. Schoenlein-Henoch Purpura 21%
49. Tauopathies 21%
50. Neurons 21%