Development of hybrid scaffolds with natural extracellular matrix deposited within synthetic polymeric fibers

Keyphrases

• Extracellular Matrix 100%
• Hybrid Scaffold 100%
• Polymeric Fibers 100%
• Polyethylene Glycol 50%
• Fiber Mats 50%
• Cell-to-cell 25%
• Stem Cells 25%
• Confocal Microscopy 25%
• Tumor Cells 25%
• Cell-mediated 25%
• Bioactivity 25%
• Tissue Engineering 25%
• Tyrosine 25%
• Novel Hybrids 25%
• Cell Adhesion 25%
• Synthetic Polymers 25%
• Native Tissue 25%
• Extracellular Matrix Assembly 25%
• Polymer Fibers 25%
• Synthetic Fibers 25%
• Pore Size 25%
• Carbonate 25%
• Porosity 25%
• Cell Infiltration 25%
• Decellularization 25%
• Layered Structure 25%
• Tyrosyl 25%
• Fibrous Scaffold 25%
• Synthetic Scaffold 25%
• Cell Spreading 25%
• Highly Porous 25%
• Wettability 25%
• Sacrificial Polymer 25%
• Fibronectin Fibril 25%
• Interpenetrating Network 25%
• Electrospun Mats 25%
• Extracellular Matrix Scaffold 25%
• Biomimetic Cues 25%
• Scaffold Biomaterials 25%

Engineering

• Fiber Mat 100%
• Porosity 66%
• Polymer Fiber 33%
• Confocal Microscopy 33%
• Biomimetics 33%
• Synthetic Polymer 33%
• Layered Structure 33%
• Native Tissue 33%
• Individual Layer 33%
• Fibrous Scaffold 33%
• Stem Cell 33%
• Biomaterial Scaffold 33%
• Electrospun Fiber 33%
• Bioactivity 33%
• Tissue Regeneration 33%

Material Science

• Polyethylene Glycol 100%
• Biomaterial 50%
• Stem Cell 50%
• Synthetic Polymer 50%
• Tumor 50%
• Pore Size 50%
• Confocal Microscopy 50%
• Wettability 50%
• Tyrosine 50%
• Synthetic Fiber 50%