Locomotion - Equine Sciences

Keyphrases

1. Bioprinting 100%
2. Cartilage 84%
3. Melt Electrowriting 81%
4. Biofabrication 65%
5. Surface Electromyography (sEMG) 62%
6. Articular Cartilage 56%
7. Extracellular Vesicles 55%
8. Three-dimensional (3D) 52%
9. Synovial Fluid 51%
10. Inertial Measurement Unit 51%
11. Gelatin Methacryloyl (GelMA) 50%
12. Lameness 48%
13. Polycaprolactone 40%
14. Osteoarthritis 39%
15. Collagen 39%
16. Withering 38%
17. Hindlimb Lameness 37%
18. Joint Inflammation 36%
19. Multi-material 36%
20. 3D Bioprinting 36%
21. Tissue Engineering 35%
22. Muscle Activity 34%
23. Volumetric Bioprinting 34%
24. Straight Line 33%
25. Tissue-engineered Constructs 31%
26. Hindlimb 31%
27. Shetland Pony 31%
28. Gait 29%
29. Volumetric Printing 28%
30. Reinforced 28%
31. Inertial Sensors 28%
32. Cell-based 28%
33. Pelvis 27%
34. Scientific Community 27%
35. Silk Fibroin 27%
36. Vertebral Column 27%
37. Warmblood Horses 27%
38. Biomaterials 27%
39. Mechanical Properties 26%
40. Upper Body 26%
41. Range of Motion 26%
42. Regenerative Medicine 25%
43. Fibrous Scaffold 25%
44. Extracellular Matrix 25%
45. Functional Tissue 24%
46. Machine Learning 24%
47. Kinematics 24%
48. Microcomputed Tomography 24%
49. Space Environment 23%
50. Vertical Movement 22%
51. Bioink 22%
52. Porosity 22%
53. Forelimb 21%
54. Repair Tissue 21%
55. Microstructure 21%
56. Bioresin 21%
57. Polymeric Scaffolds 21%
58. Deep Learning 20%
59. Cartilage Injury 20%
60. Hyaluronic Acid Hydrogel 19%
61. Treadmill 19%
62. Fabrication Methods 18%
63. Collagen Architecture 18%
64. Three-dimensional-printed 18%
65. Knowledge Gaps 18%
66. Vat Polymerization 18%
67. Extrusion-based Bioprinting 18%
68. Melt Extrusion 18%
69. Axial muscles 18%
70. Regeneration 18%
71. Bipolar Electrode 18%
72. Lipidome Profiling 18%
73. Osseous 18%
74. Pathological Changes 18%
75. Postmortem Study 18%
76. Silk Fiber 18%
77. Silk Scaffold 18%
78. Stretchability 18%
79. 3D Cell Culture 18%
80. Tissue Formation 18%
81. Dressage Horse 18%
82. Equilibrium Modulus 18%
83. Norbornene 18%
84. Biomechanical Properties 18%
85. Veterinarians 17%
86. Longissimus Dorsi 17%
87. Proteoglycan Content 17%
88. Microarchitecture 16%
89. Microfibre Scaffold 16%
90. Locomotion 16%
91. High-resolution 16%
92. Lipopolysaccharide 15%
93. Centimeter-scale 15%
94. Movement Asymmetry 15%
95. Cell Migration 14%
96. Warmblood 14%
97. Computed Tomography 14%
98. Mesenchymal Stromal Cells 14%
99. Biofunctionalization 13%
100. Analog Environments 13%