Grupo de Ingeniería de Tejidos y Biofabricación

Keyphrases

1. 3D Bioprinting 36%
2. Active Catalyst 36%
3. Active Site mutant 18%
4. Adventitia 18%
5. Automated Microscopy 18%
6. Automated System 25%
7. Baeyer-Villiger 36%
8. Bioink 36%
9. Biomaterials 96%
10. Bioprinting 36%
11. Blood Vessels 20%
12. Blow-up Solutions 36%
13. Cardiomyocyte Culture 36%
14. Cartilage 24%
15. Cartilage Regeneration 36%
16. Catalyzed Reaction 36%
17. Cell Function 18%
18. Cell Layer 30%
19. Cell Migration 36%
20. Cell-based 90%
21. Cell-derived 18%
22. Codon 36%
23. Codon Redundancy 36%
24. Cold Adaptation 36%
25. Cold Shock Protein 18%
26. Cold-active Xylanase 36%
27. Cold-adapted 39%
28. Combinatorial Protein Library 36%
29. Culture Media 18%
30. Cyclohexanone 36%
31. Directed Evolution 100%
32. Drug Discovery 18%
33. Drug Toxicity 36%
34. Epoxides 36%
35. EpPCR 36%
36. Escherichia Coli 18%
37. Fine Balance 36%
38. Flexible Region 18%
39. Gelatin 78%
40. Gelatin Methacryloyl (GelMA) 78%
41. GelMA Hydrogel 27%
42. High Mechanical Strength 24%
43. High-resolution 36%
44. Human Coronary Artery 72%
45. Human Umbilical Vein Endothelial Cells (HUVECs) 30%
46. Hydrogel Layer 40%
47. Hydrogel Microstructures 36%
48. Immunological Barrier 36%
49. Injectable Scaffold 36%
50. Laboratory Evolution 18%
51. Layer-by-layer Technique 36%
52. Low Temperature 18%
53. Mechanical Properties 48%
54. Mechanical Remodeling 36%
55. Mechanical Strength 45%
56. Mesenchymal Stem Cells 18%
57. Methacrylamide 63%
58. Methacrylated Gelatin 19%
59. Microenvironment 30%
60. Microfluidic Channel 36%
61. Microfluidics 24%
62. Microstructured Devices 36%
63. Microtechnology 36%
64. Migration Behavior 36%
65. Migration Mechanism 18%
66. Molecular Dynamics Simulation 18%
67. Multi-material 36%
68. Osteoarthritis Chondrocyte 24%
69. Phenylacetone Monooxygenase 36%
70. Porous Scaffold 36%
71. Potency Assessment 36%
72. Predictive Models 18%
73. Printed Structures 18%
74. Psychrophiles 48%
75. Racemic 36%
76. Rapid Manufacturing 72%
77. Reinforced 72%
78. Salmon 30%
79. Saturation mutagenesis 72%
80. Screening Effort 36%
81. Single-cell Migration 36%
82. Soluble Epoxide Hydrolase 36%
83. Stem Cell Development 36%
84. Stem Cell Potency 36%
85. Stem Cell Research 36%
86. Stem Cells 24%
87. Stress-strain Curve 36%
88. Structural Configuration 25%
89. Structural Stability 18%
90. Technical Barriers 36%
91. Thermal Stability 36%
92. Three-dimensional (3D) 36%
93. Tissue Engineering 55%
94. Tissue Model 36%
95. Toxicity Analysis 36%
96. Tropoelastin 36%
97. Tunable Hydrogels 36%
98. Vascular Graft 80%
99. Vascular Tissue 36%
100. ε-Caprolactone (ε-CL) 36%