CARDIOCYTE RESPONSES TO HYPOXIA

Medicine & Life Sciences

1. Hypoxia 100%
2. Cardiac Myocytes 77%
3. Reperfusion 68%
4. Ischemia 65%
5. Phosphotransferases 42%
6. Oxidation-Reduction 42%
7. Apoptosis 40%
8. Infarction 40%
9. Heart 38%
10. Proteins 33%
11. Genes 30%
12. Oxygen 28%
13. Molecular Biology 24%
14. Cell Death 19%
15. BH3 Interacting Domain Death Agonist Protein 18%
16. bcl-Associated Death Protein 18%
17. Myocardial Infarction 16%
18. Preliminary Data 15%
19. mitochondrial permeability transition pore 15%
20. Myocardial Ischemia 14%
21. Myoglobin 13%
22. Apoptosis Regulatory Proteins 13%
23. Phosphoproteins 13%
24. Acidosis 12%
25. Enzyme Induction 11%
26. Calcium 11%
27. Wounds and Injuries 10%
28. Reperfusion Injury 10%
29. Enzymes 10%
30. Proto-Oncogenes 10%
31. Endothelins 10%
32. Zinc Fingers 10%
33. DNA 9%
34. Second Messenger Systems 9%
35. Response Elements 9%
36. Energy Metabolism 9%
37. Rodentia 9%
38. Coronary Vessels 9%
39. Carrier Proteins 9%
40. Reporter Genes 8%
41. Swine 8%
42. Stem Cells 8%
43. Dogs 8%
44. Rabbits 7%
45. Membrane Potentials 7%
46. Heart Failure 7%
47. Phosphorylation 7%
48. Actins 7%
49. Myocardium 7%
50. Transcription Factors 6%
51. Endothelial Cells 6%
52. Oxidative Stress 6%
53. Reactive Oxygen Species 6%
54. In Vitro Techniques 6%
55. Adenosine Triphosphate 6%
56. Lipids 5%
57. Therapeutics 5%
58. Injections 5%