Daniela Merlo

Medicine & Life Sciences

1. Neurons 100%
2. GABA-A Receptors 71%
3. Thymosin 65%
4. Nerve Growth Factor 59%
5. Cell Differentiation 54%
6. Glutamic Acid 54%
7. Neurodegenerative Diseases 52%
8. DNA Damage 50%
9. Phosphorylation 45%
10. DNA Repair 42%
11. Amyloid 42%
12. Synapsins 42%
13. PC12 Cells 34%
14. Neural Stem Cells 33%
15. Genetic Models 33%
16. Proteins 32%
17. ectoprotein kinase 32%
18. Noonan-Like Syndrome With Loose Anagen Hair 31%
19. Mitochondrial DNA 29%
20. Hippocampus 28%
21. Synaptic Transmission 27%
22. Stem Cells 25%
23. Synapses 25%
24. Nerve Growth Factor Receptor 24%
25. Adenosine Triphosphate 24%
26. Alzheimer Disease 23%
27. Type C Niemann-Pick Disease 22%
28. Genes 22%
29. Ubiquitins 22%
30. Systematic Reviews 21%
31. Spinal Cord Regeneration 21%
32. Superior Olivary Complex 21%
33. Cerebellum 21%
34. Phosphotransferases 21%
35. DNA-Activated Protein Kinase 21%
36. Oxidative Stress 21%
37. Neuronal Outgrowth 20%
38. Goblet Cells 20%
39. Pontine Tegmentum 20%
40. Purinergic P2 Receptors 20%
41. Cre recombinase 20%
42. Sirtuins 20%
43. Cochlear Nucleus 20%
44. Randomized Controlled Trials 20%
45. In Vitro Techniques 20%
46. Auditory Pathways 19%
47. Synaptic Vesicles 19%
48. Long-Term Potentiation 19%
49. Dry Eye Syndromes 19%
50. Down-Regulation 19%