Role of reactive oxygen intermedoiates and antioxidans enzymes in the pathologenesis of glomerular and interstitial fibrosis in renal failure.

Medicine & Life Sciences

1. Fibrosis 100%
2. Renal Insufficiency 93%
3. Oxygen 75%
4. Enzymes 71%
5. aristolochic acid I 67%
6. Epithelial-Mesenchymal Transition 44%
7. Antioxidants 28%
8. Apoptosis 26%
9. Atrophy 25%
10. Oxidative Stress 21%
11. Kidney 20%
12. Myofibroblasts 16%
13. Vimentin 14%
14. Cadherins 14%
15. Basement Membrane 14%
16. Caspase 3 12%
17. Regeneration 12%
18. Wistar Rats 11%
19. Cell Movement 11%
20. Mesangial Cells 11%
21. Collagen 10%
22. Extracellular Matrix Proteins 10%
23. Fibroblasts 10%
24. Epithelial Cells 10%
25. Cell Proliferation 9%
26. Angiotensin II 9%
27. Integrins 9%
28. Membranes 8%
29. Chronic Kidney Failure 8%
30. Genes 7%
31. Wounds and Injuries 7%
32. Animal Models 6%
33. RNA Probes 6%
34. Histocytochemistry 6%
35. Kidney Cortex 6%
36. Angiotensins 5%
37. Enzyme Assays 5%
38. Laminin 5%