MECHANISMS OF VASCULAR CHANGE IN HYPERTENSION

Medicine & Life Sciences

1. Hypertension 100%
2. Blood Vessels 81%
3. Glucocorticoids 43%
4. GTP-Binding Proteins 35%
5. Ions 30%
6. Nitric Oxide 27%
7. Mineralocorticoids 23%
8. Blood Pressure 19%
9. Vasoconstriction 18%
10. Aldosterone 18%
11. Renin 18%
12. Catecholamines 16%
13. Biostatistics 15%
14. Vascular Resistance 13%
15. Endothelial Cells 13%
16. Animal Models 12%
17. Hormones 12%
18. Research Personnel 12%
19. Insulin 12%
20. Molecular Biology 12%
21. Vascular Endothelium 11%
22. Enzymes 11%
23. Arterial Pressure 10%
24. Sodium-Potassium-Exchanging ATPase 10%
25. Messenger RNA 10%
26. Nitric Oxide Synthase 10%
27. Ion Channels 9%
28. tetrahydropterin 9%
29. Muscle Cells 9%
30. Arteries 9%
31. Endothelium 9%
32. Palmitic Acid 9%
33. Biopterin 8%
34. Type C Phospholipases 8%
35. Essential Hypertension 8%
36. Oleic Acid 8%
37. Research Design 7%
38. Phosphatidylinositols 7%
39. sapropterin 7%
40. Pharmacology 7%
41. Proteins 6%
42. Telemetry 6%
43. Mesentery 6%
44. Sarcoplasmic Reticulum 6%
45. Equipment and Supplies 6%
46. Vascular Smooth Muscle 5%
47. Clinical Studies 5%
48. Kidney 5%
49. Protein Kinase C 5%
50. arginyl-tryptophyl-N-methylphenylalanyl-tryptophyl-leucyl-methioninamide 5%
51. Vasodilation 5%
52. Animals 5%