Abbas Jafari Kermani

Medicine & Life Sciences

1. Mesenchymal Stem Cells 100%
2. Osteoblasts 67%
3. asparaginylendopeptidase 61%
4. Adipocytes 59%
5. Stem Cells 57%
6. Bone Marrow 54%
7. Stromal Cells 42%
8. Bone and Bones 34%
9. Osteogenesis 33%
10. Glucagon-Like Peptide 2 28%
11. Breast 27%
12. Fibroblasts 26%
13. Cellular Senescence 26%
14. Cysteine Proteases 25%
15. Lansoprazole 25%
16. gastric inhibitory polypeptide receptor 23%
17. Phosphotransferases 23%
18. Postmenopausal Osteoporosis 22%
19. Cell Differentiation 21%
20. Multiple Myeloma 21%
21. Proton Pump Inhibitors 20%
22. Protein Kinases 19%
23. Glucagon-Like Peptide-2 Receptor 19%
24. Energy Metabolism 17%
25. Vitamin D 16%
26. Cross-Over Studies 16%
27. Catalytic Domain 16%
28. Pharmacology 15%
29. Cell Biology 15%
30. Osteoclasts 14%
31. Bone Remodeling 14%
32. Cell Movement 14%
33. Bone Marrow Cells 14%
34. Parathyroid Hormone 14%
35. Wnt Receptors 13%
36. Peptides 11%
37. Antigens 11%
38. Glucose 11%
39. Cell- and Tissue-Based Therapy 10%
40. Morphogenesis 9%
41. Bone Neoplasms 9%
42. Insulin Resistance 9%
43. Meals 9%
44. Hypoparathyroidism 9%
45. Chondrocytes 9%
46. human GLP2R protein 8%
47. Bone Regeneration 8%
48. Neoplasms 8%
49. Cathepsin B 7%
50. Proteome 7%