Highly Porous Freeze-Dried Composite Scaffolds for Cartilage and Osteochondral Tissue Engineering

Keyphrases

• Osteochondral Tissue Engineering 100%
• Composite Scaffold 100%
• Cartilage Tissue Engineering 100%
• Highly Porous 100%
• Lactide 80%
• Natural Polymers 80%
• Collagen 60%
• Bone Tissue Engineering 60%
• Synthetic Polymers 60%
• Freeze-drying 60%
• Osteochondral Lesion 40%
• Filler Particles 40%
• Tricalcium Phosphate 40%
• Cartilage Lesion 40%
• Polymer Composites 40%
• Osteoconductivity 40%
• Scaffold Structure 40%
• Fibrous Fillers 40%
• Polymer-based 40%
• Polymer Scaffold 40%
• Polymer Matrix 40%
• Porous Polymer Matrix 20%
• Improved Properties 20%
• Porous Scaffold 20%
• Cartilage Repair 20%
• Bioactive Glass Composites 20%
• Bioactive Glass Fiber 20%
• Subchondral Bone 20%
• Osteochondral 20%
• Before Surgery 20%
• Wettability Characteristic 20%
• Scaffold for Tissue Engineering 20%
• Fibrous Mesh 20%
• Tissue Engineering Applications 20%
• Tissue Engineering 20%
• Alkaline Phosphatase Activity 20%
• Adipose Stem Cells 20%
• Poly(d,l-lactide-co-glycolide) 20%
• Bone-cartilage Interface 20%
• Mechanical Stability 20%
• Cartilage Tissue Engineering Scaffold 20%
• Collagen-chitosan 20%
• Hybrid Scaffold 20%
• Glass Filler 20%
• Tissue Scaffolds 20%
• Stiffness 20%
• Phosphate Glass 20%
• Chondrocytes 20%
• Cartilage 20%
• Interconnected Pores 20%
• Interconnected Porous Structure 20%
• Bioactive Glass 20%
• Cell Proliferation 20%
• Freeze-drying Method 20%

Engineering

• Composite Scaffold 100%
• Osteochondral Tissue Engineering 100%
• Cartilage Tissue Engineering 100%
• Porosity 100%
• Synthetic Polymer 60%
• Polymer Matrix 60%
• Osteoconductivity 40%
• Filler Particle 40%
• Engineering Scaffold 40%
• Tissue Regeneration 40%
• Phase Composition 40%
• Stem Cell 20%
• Engineering Application 20%
• Porous Scaffold 20%
• Glycolide 20%
• Mechanical Stability 20%
• Porous Structure 20%
• Mesh Particle 20%
• Subchondral Bone 20%