The Functional Importance of Dysregulated Alveolar Steroid Metabolism in Acute and Resolving Lung Injury

Medicine & Life Sciences

1. Lung Injury 100%
2. Adult Respiratory Distress Syndrome 86%
3. Lipopolysaccharides 62%
4. Simvastatin 56%
5. Acute Lung Injury 54%
6. Vitamin D Deficiency 53%
7. Critical Illness 51%
8. Pneumonia 51%
9. Vitamin D 50%
10. Respiratory Insufficiency 44%
11. Anti-Idiotypic Antibodies 39%
12. Neutrophils 37%
13. Oxygen 33%
14. Extracellular Traps 33%
15. Placebos 32%
16. Cohort Studies 32%
17. Oximetry 32%
18. Randomized Controlled Trials 31%
19. Retrospective Studies 31%
20. Sepsis 29%
21. Alveolar Macrophages 26%
22. Chemokines 22%
23. Hydroxymethylglutaryl-CoA Reductase Inhibitors 17%
24. International Classification of Diseases 15%
25. Lung 15%
26. Cytokines 14%
27. In Vitro Techniques 12%
28. C-Type Lectins 10%
29. Berlin 9%
30. Reactive Oxygen Species 9%
31. Mortality 9%
32. 25-hydroxyvitamin D 9%
33. Neutrophil Infiltration 8%
34. Bronchoalveolar Lavage 8%
35. methionyl-leucyl-phenylalanine 8%
36. Phosphates 8%
37. Elderly 8%
38. Esophagectomy 7%
39. Biomarkers 7%
40. Alveolar Epithelial Cells 7%
41. Intravenous Administration 7%
42. Neutrophil Activation 7%
43. Teaching Hospitals 7%
44. Interleukin-6 7%
45. Critical Care 6%
46. Therapeutics 6%
47. Intensive Care Units 6%
48. Therapeutic Uses 6%
49. Chemotaxis 6%
50. Causality 6%
51. Clone Cells 6%
52. Blood Platelets 6%
53. Hospitalization 5%
54. Heart Failure 5%
55. Paralysis 5%
56. Developed Countries 5%
57. Interleukin-8 5%
58. Ligands 5%
59. Theoretical Models 5%
60. Immunosuppression 5%
61. Logistic Models 5%
62. Communicable Diseases 5%
63. Extracellular Matrix 5%