Does activation of the endothelin system promote the transition of acute kidney injury to chronic kidney disease?

Medicine & Life Sciences

1. Hyperkalemia 100%
2. Endothelins 93%
3. Acute Kidney Injury 76%
4. Salts 70%
5. Kidney 43%
6. Health 39%
7. Endothelin-1 29%
8. Potassium 24%
9. Blood Pressure 22%
10. Monocytes 22%
11. Kidney Diseases 18%
12. Endothelium 15%
13. Potassium Sparing Diuretics 14%
14. Microvascular Rarefaction 14%
15. Anti-Inflammatory Agents 13%
16. Endothelin B Receptors 12%
17. Renal Tubular Acidosis 12%
18. Food 12%
19. Endothelin Receptor Antagonists 12%
20. Hypertension 11%
21. Food Industry 11%
22. Renal Elimination 10%
23. Angiotensins 10%
24. Nephrons 10%
25. Angiotensin Receptor Antagonists 10%
26. Peripheral Nervous System Diseases 9%
27. Aldosterone 9%
28. Renin 9%
29. Angiotensin-Converting Enzyme Inhibitors 8%
30. Glomerular Filtration Rate 8%
31. Causality 8%
32. Chronic Renal Insufficiency 8%
33. Renal Insufficiency 7%
34. Fear 7%
35. Cardiac Arrhythmias 7%
36. Sodium 7%
37. Pharmaceutical Preparations 7%
38. Ions 7%
39. Disease Progression 7%
40. Diabetes Mellitus 7%
41. Immune System 7%
42. B-Lymphocytes 6%
43. Ischemia 6%
44. Fibrosis 6%
45. Chronic Disease 6%
46. Homeostasis 6%
47. Heart Failure 6%
48. Cardiovascular Diseases 6%
49. Up-Regulation 6%
50. Urine 6%
51. Education 5%
52. Morbidity 5%
53. Inflammation 5%
54. Blood Vessels 5%