In vivo mechanisms mediating sickle cell vaso-occlusion and organ damage

Medicine & Life Sciences

1. Leukocytes 100%
2. Sickle Cell Anemia 94%
3. Neutrophils 82%
4. Microbiota 55%
5. Venules 53%
6. Erythrocytes 41%
7. Cell Adhesion 40%
8. cysteine-rich fibroblast growth factor receptor 34%
9. Sympathetic Nervous System 33%
10. Intravital Microscopy 32%
11. Preliminary Data 24%
12. Endothelial Cells 19%
13. Parasympathetic Nervous System 19%
14. E-Selectin 18%
15. Interleukin-17 17%
16. Pericytes 16%
17. Granulocyte Colony-Stimulating Factor 14%
18. RNA Interference 14%
19. Adrenergic Agents 13%
20. CD18 Antigens 12%
21. Nociceptors 11%
22. Ligands 10%
23. Bone Marrow 10%
24. Integrin beta3 10%
25. Connexin 26 10%
26. Hematopoietic Stem Cells 10%
27. Mononuclear Leukocytes 9%
28. Thrombospondins 9%
29. Inflammation 9%
30. Hydroxyurea 9%
31. Globins 9%
32. Abdominal Muscles 8%
33. adhesion receptor 8%
34. Probiotics 8%
35. Radiation Chimera 8%
36. Fecal Microbiota Transplantation 8%
37. von Willebrand Factor 8%
38. Psychological Stress 7%
39. Calcium Signaling 7%
40. Fucosyltransferases 7%
41. Nicotinic Receptors 7%
42. Muscarinic Receptors 7%
43. Arterioles 7%
44. Microvessels 7%
45. Capillaries 7%
46. Biomedical Research 6%
47. Muscle Cells 6%
48. Ribosomal DNA 6%
49. Knockout Mice 6%
50. Iron 6%
51. Video Microscopy 6%
52. Selectins 6%
53. Adrenergic Receptors 6%
54. Cholinergic Agents 6%
55. Blood Flow Velocity 5%
56. Phenotype 5%
57. Hemolysis 5%
58. Signal Transduction 5%
59. Cytokines 5%
60. Bacteria 5%
61. Fluorescence Microscopy 5%