適用於人類多能性幹細胞(胚胎幹細胞及誘導型多能性幹細胞)之無飼養層及無異種培養材料的研製及開發(2/3)

Keyphrases

1. Culture Material 100%
2. Cell Culture 100%
3. Migration Method 92%
4. Dengue Virus Serotype 2 92%
5. Membrane Filtration 92%
6. Human Adipose-derived Stem Cells (hADSCs) 92%
7. Anatomical Changes 92%
8. Dengue Virus 92%
9. Blood Vessels 92%
10. Human Pluripotent Stem Cells (hPSCs) 92%
11. Induced Pluripotent Stem Cells (iPSCs) 61%
12. Embryonic Stem Cells 61%
13. Polymeric Biomaterials 61%
14. Cell Lineage 61%
15. Differentiation Capacity 53%
16. Biomaterials 46%
17. Pluripotent 46%
18. Xeno-free Culture 46%
19. Feeder-free 46%
20. Human ESCs 46%
21. Free-free 46%
22. Dengue Infection 46%
23. Mouse Model 46%
24. Human-to-human 38%
25. Human iPSC 38%
26. Osteogenic Differentiation 34%
27. Pluripotent Stem Cell Differentiation 30%
28. Nanosegments 23%
29. Pluripotency 23%
30. Surface Marker Expression 23%
31. Blood-brain Barrier 23%
32. Media-adventitia 23%
33. Cell Lining 23%
34. Elastic Lamina 23%
35. Disarrangements 23%
36. Vessel Tone 23%
37. Neutrophil Recruitment 23%
38. Gas Exchange 23%
39. Infected Individual 23%
40. Waste Exchange 23%
41. Tunica Intima 23%
42. Economic Concern 23%
43. Tunica Media 23%
44. Smooth muscle 23%
45. Endothelium 23%
46. Glomerulus 23%
47. Circulatory System 23%
48. Endothelial Monolayer 23%
49. Fat Tissue 23%
50. Filtration 23%
51. Human Body 23%
52. Dysregulated 23%
53. Lung 23%
54. Crucial Function 23%
55. Infected Mice 23%
56. Vascular Endothelial Cells 23%
57. Illness 23%
58. Pluripotency Genes 23%
59. Immune Response 23%
60. Induced Damage 23%
61. Developing Countries 23%
62. Hemostasis 23%
63. Balb C Mice 23%
64. Insulin-producing Cells 19%
65. Secreting Cells 19%
66. Aggregated Cells 15%
67. Stem Cell Microenvironment 15%
68. GMP Grade 15%
69. Diabetes 15%
70. Recent Trends 15%
71. Differentiation Protocol 15%
72. Dopamine 15%
73. Alzheimer's Disease 15%
74. Cell Formation 15%
75. Differentiated Cells 15%
76. Three Germ Layers 15%
77. Embryoid Body 15%
78. Translational Medicine 15%
79. Pluripotent Stem Cell Culture 15%
80. Ethical Issues 15%
81. Osteoblast 15%
82. Cell Marker Genes 11%
83. Nylon Mesh 11%
84. Mesh Filter 11%
85. Filter Membrane 11%
86. Conventional Culture 11%
87. Pore Size 11%
88. Stem Cell Pluripotency 11%
89. Membrane Filtration Process 11%
90. Gene Expression 11%
91. Mesenchymal Stem Cell Markers 11%
92. Isolation Method 11%
93. Marker Expression 11%
94. Stem Cell Markers 11%
95. Gene Differentiation 11%
96. Primary Cells 11%
97. Regenerative Medicine 7%
98. Dopamin 7%
99. Xeno-free Conditions 7%
100. Somatic Cells 7%
101. Xenogeneic 7%
102. Mouse Embryonic Fibroblasts 7%