Bioinspired Development of an In Vitro Engineered Fracture Callus for the Treatment of Critical Long Bone Defects

Keyphrases

• Fracture Callus 100%
• Bioprinting 100%
• Bio-inspired 100%
• Long Bone Defect 100%
• Biomaterials 66%
• Extracellular Matrix 33%
• Cell Viability 33%
• In Vivo Assessment 33%
• Fracture Healing 33%
• Cellular Processes 33%
• Osteogenic Differentiation 33%
• Biocompatibility 33%
• Cell-based 33%
• Progenitor Cells 33%
• Forming Process 33%
• Tissue Development 33%
• Bone Defect 33%
• Implant Design 33%
• Endochondral 33%
• Tissue Constructs 33%
• Cell Matrix 33%
• Forming Capacity 33%
• Large Bone Defects 33%
• Thiol-ene 33%
• Tissue Function 33%
• Callus 33%
• Biological Condition 33%
• Alginate Hydrogel 33%
• Periosteal Cells 33%
• Biomimetic Approach 33%
• Regenerative Implants 33%

INIS

• tissues 100%
• bones 100%
• fractures 100%
• in vitro 100%
• defects 100%
• implants 40%
• biological materials 40%
• humans 20%
• matrices 20%
• assessments 20%
• zones 20%
• design 20%
• viability 20%
• in vivo 20%
• molecules 20%
• appeals 20%
• capacity 20%
• healing 20%
• thiols 20%
• alginates 20%
• restoration 20%
• biomimetics 20%
• hydrogels 20%
• fabrication 20%
• periosteum 20%

Engineering

• Implant 100%
• Illustrates 50%
• Hydrogel 50%
• Engineered Construct 50%
• Driving Force 50%
• Progenitor Cell 50%
• Biomimetics 50%
• Derived Cell 50%
• Alginate 50%