出血性休克造成大白鼠肝臟細胞凋亡、發炎、自噬作用與器官功能反應及Ligustrazine保護作用機制之探討

Medicine & Life Sciences

1. Reperfusion Injury 100%
2. tetramethylpyrazine 93%
3. Liver 85%
4. Autophagy 69%
5. Hemorrhagic Shock 61%
6. Hepatocytes 51%
7. Neutrophils 40%
8. Multiple Organ Failure 36%
9. Apoptosis 31%
10. Shock 27%
11. Wounds and Injuries 25%
12. Inflammation 24%
13. Resuscitation 19%
14. Reperfusion 18%
15. Pharmaceutical Preparations 17%
16. Signal Transduction 16%
17. Ischemia 15%
18. CXC Chemokines 13%
19. Kupffer Cells 12%
20. Preclinical Drug Evaluations 12%
21. Cell Separation 12%
22. Vascular Cell Adhesion Molecule-1 11%
23. Chemotactic Factors 11%
24. Liver Failure 11%
25. Starvation 11%
26. Cellular Structures 10%
27. Platelet Aggregation 10%
28. Mortality 10%
29. Taiwan 10%
30. Free Radicals 9%
31. Myocardial Ischemia 9%
32. Peptide Hydrolases 8%
33. Rodentia 8%
34. Theoretical Models 8%
35. China 8%
36. Reactive Oxygen Species 8%
37. Cause of Death 8%
38. Hypoxia 8%
39. Blood Platelets 8%
40. Adenosine Triphosphate 8%
41. Endothelial Cells 7%
42. Anti-Inflammatory Agents 7%
43. Cardiovascular Diseases 7%
44. Maintenance 7%
45. Cytokines 6%
46. Blood Vessels 6%
47. Kidney 5%
48. Animals 5%
49. Therapeutics 5%