口腔機能修復学

Medicine and Dentistry

1. Bone 100%
2. Cells 99%
3. Implant 86%
4. Patient 62%
5. Periodontal Ligament 58%
6. Apatite 52%
7. Tooth 49%
8. Therapeutic Procedure 49%
9. Tissues 46%
10. Differentiation 36%
11. Carbonic Acid 34%
12. Titanium 34%
13. Salicylic Acid 33%
14. Tricalcium Phosphate 33%
15. Cement 28%
16. Hydroxylapatite 28%
17. Edentulism 23%
18. Serositis 19%
19. Osteoclast 18%
20. Periodontitis 18%
21. Aptitude 18%
22. In Vitro 18%
23. Bone Regeneration 18%
24. Ossification 18%
25. Prosthesis 17%
26. Stem Cell 15%
27. Analysis 15%
28. Mesenchymal Stem Cell 14%
29. Phosphate 14%
30. Pigmentation 14%
31. Masticatory Force 14%
32. Development 13%
33. Dental Prosthesis 13%
34. Stress 13%
35. Combination Therapy 13%
36. Bone Defect 12%
37. Dentin 12%
38. Morphology 12%
39. Culture 12%
40. Gene Expression 12%
41. Epithelium 11%
42. Soft Tissue 11%
43. Movement (Physiology) 11%
44. Osteoblast 11%
45. Osteolysis 11%
46. Assessment 10%
47. Gene 10%
48. Osteoclast Differentiation Factor 10%
49. Healing 10%
50. Macrophage 10%
51. Specimen 10%
52. Dental Pulp 10%
53. Examination 10%
54. Periodontium 10%
55. Alveolar Bone 10%
56. Cell Proliferation 9%
57. Resin 9%
58. Dicalcium Phosphate 9%
59. Health 9%
60. Epithelial Cell 9%
61. Evaluation Study 9%
62. Bone Tissue 9%
63. Regeneration 9%
64. Yusho Disease 9%
65. Adipose Tissue 9%
66. Position 9%
67. Occlusion 9%
68. Implant Placement 8%
69. Prevalence 8%
70. Adipocyte 8%
71. Diseases 8%
72. Prosthetics 8%
73. Cell Line 8%
74. Tongue 7%
75. Inpatient 7%
76. Follow up 7%
77. Marker 7%
78. Diabetes 7%
79. Bone Development 7%
80. Tumor Necrosis Factor 7%
81. Male 7%
82. Age 7%
83. Association 7%
84. Isotopes of Calcium 7%
85. Receptor 7%
86. Calcium Chloride 7%
87. Cytokine 7%
88. Female 7%
89. Osteoclastogenesis 7%
90. Periodontal Pocket 6%
91. Zirconium Oxide 6%
92. Alkaline Phosphatase 6%
93. Diagnosis 6%
94. Plaque 6%
95. Tissue Regeneration 6%
96. Fibroblast 6%
97. Surgery 6%
98. Gingival Tissue 6%
99. Osseointegration 6%
100. Membrane 6%

Biochemistry, Genetics and Molecular Biology

1. Bone 39%
2. Surface Property 23%
3. Apatite 22%
4. Osteoclast 15%
5. Hydroxylapatite 14%
6. Solution and Solubility 14%
7. Calcium Phosphate 12%
8. Mouse 11%
9. Development 11%
10. Rat 11%
11. Membrane 11%
12. Dentin 10%
13. Tricalcium Phosphate 10%
14. Bone Regeneration 9%
15. Foam 8%
16. Adipocyte 8%
17. Protein 8%
18. Aptitude 8%
19. Strength 7%
20. Osteoblast 7%
21. Nested Gene 7%
22. Precipitation 7%
23. Gene Expression 7%
24. Phosphorylation 7%
25. Osteoclastogenesis 7%
26. Time 7%
27. Cell Proliferation 6%
28. Stem Cell 6%
29. Transforming Growth Factor 6%
30. Peptide 6%
31. Precursor 6%
32. Ossification 6%
33. Kinase 6%
34. Calcium 6%
35. Insulin Resistance 6%
36. Molecule 5%
37. Hybrid 5%
38. Electric Potential 5%
39. Tissue Regeneration 5%
40. Lipopolysaccharide 5%
41. RANKL 5%
42. Leporidae 5%
43. Signal Transduction 5%
44. Messenger RNA 5%
45. Phosphate 5%