Departamento de Biomateriales

Keyphrases

1. Gelatin 100%
2. Salmon Gelatin 96%
3. Chitosan-gelatin 43%
4. Biomaterials 39%
5. Biopolymers 32%
6. Bacterial Cellulose 30%
7. Gelatin Film 30%
8. Tissue Engineering 29%
9. Glassy State 27%
10. Glycerol 26%
11. Cellulose Nanocrystals 24%
12. Starch 23%
13. Glass Transition Temperature 21%
14. Salmon 21%
15. Blueberry 21%
16. Chenopodium Quinoa Willd 21%
17. Quinoa 21%
18. In Vitro Meat 21%
19. Microstructure 21%
20. Thermal Properties 19%
21. Differential Scanning Calorimetry 19%
22. Microcomputed Tomography 19%
23. Bovine Gelatin 18%
24. Muscle Cells 18%
25. Plasticizer 18%
26. Water Content 17%
27. Gelatin Methacryloyl (GelMA) 17%
28. Gel Matrix 17%
29. Bulk-fill 16%
30. Edible Film 16%
31. Cellulose Nanofibrils 16%
32. Rheological Properties 16%
33. Polyol 15%
34. Wheat 15%
35. Enthalpy Relaxation 15%
36. Non-mammalian 15%
37. Physicochemical Properties 15%
38. Mechanical Properties 14%
39. Myoblast 14%
40. Bulk-fill Composite 14%
41. Volumetric Shrinkage 14%
42. Chitosan 14%
43. Vascular Graft 14%
44. Rapid Manufacturing 14%
45. Human Coronary Artery 14%
46. Stress Transfer 14%
47. Structural Characterization 14%
48. Natural Composites 14%
49. Cell-based 14%
50. Reinforced 14%
51. Shear Bond Strength 14%
52. Electrodialysis with Ultrafiltration Membrane 14%
53. Wound Dressing 14%
54. Molecular Mobility 14%
55. Fiber post 14%
56. Scaffold-based 14%
57. Curcumin 14%
58. Pasting Properties 14%
59. Thermophysical Properties 12%
60. Physical Properties 12%
61. Thermal Transition 11%
62. Hyaluronic Acid 11%
63. Cell Growth 11%
64. Biocompatibility 11%
65. Mechanical Strength 11%
66. Molecular Configuration 11%
67. Structural Change 11%
68. Methacrylamide 11%
69. In Vitro Study 10%
70. Clinical Significance 10%
71. Physical State 10%
72. 3D Printing 10%
73. Laminate Veneer 10%
74. Thermodynamic State 10%
75. Micropatterning 10%
76. Sorbitol 10%
77. Molecular Packing 10%
78. Waxy Maize 10%
79. Fourier Transform Infrared Spectroscopy (FT-IR) 9%
80. Water Sorption 9%
81. Antioxidant Capacity 9%
82. Cementation Process 9%
83. Structural Relaxation 9%
84. Moisture Content 9%
85. Edible Coating 9%
86. Antimicrobial Properties 9%
87. Antimicrobial Activity 9%
88. Adsorption Isotherm 9%
89. Psychrophiles 9%
90. Scotchbond 9%
91. Muscle Tissue Engineering 9%
92. Conformational Properties 9%
93. Porogen 9%
94. Bioink 9%
95. Quinoa Protein Hydrolysate 9%
96. Scanning Electron Microscopy 9%
97. Quinoa Protein 8%
98. Chitosan Film 8%
99. Porous Scaffold 8%
100. Thermophysical 8%