Matteo Antonio Russo

Medicine & Life Sciences

1. Cardiomyopathies 100%
2. Fabry Disease 93%
3. Sirtuins 73%
4. Hypoxia 66%
5. Cardiac Myocytes 58%
6. Polyphenols 54%
7. Apoptosis 48%
8. Mitochondria 43%
9. Ouabain 42%
10. Biopsy 42%
11. Autophagy 37%
12. Enzyme Replacement Therapy 36%
13. Stem Cells 35%
14. Myocarditis 35%
15. Inflammation 34%
16. Neoplasms 33%
17. Cytochromes c 32%
18. Cell Death 30%
19. Water 29%
20. Cell Size 27%
21. Dilated Cardiomyopathy 27%
22. Electron Microscopy 27%
23. Estrogen Receptors 26%
24. Genes 26%
25. Nickel 26%
26. Hypertrophic Cardiomyopathy 26%
27. Vitis 26%
28. Hypoxia-Inducible Factor 1 25%
29. Heart 24%
30. Blood Platelets 24%
31. Mutation 23%
32. Phenotype 23%
33. Aquaporin 1 23%
34. Myocardial Infarction 23%
35. Proteins 22%
36. Histology 22%
37. HeLa Cells 22%
38. In Vitro Techniques 21%
39. NF-kappa B 21%
40. Muscle Cells 20%
41. Mineralocorticoid Receptors 20%
42. Intra-Abdominal Fat 20%
43. Up-Regulation 20%
44. K562 Cells 20%
45. Pathology 19%
46. Gene Expression 19%
47. Oxidative Stress 19%
48. Mitophagy 19%
49. Etoposide 18%
50. HMGB1 Protein 18%