Solvent-dependent properties of electrospun fibrous composites for bone tissue regeneration

Engineering & Materials Science

• Tissue regeneration 100%
• Bone 60%
• Composite materials 36%
• Fibers 16%
• Scaffolds 13%
• Dichloromethane 12%
• Electrospinning 10%
• Pore size 9%
• Dimethylformamide 6%
• Scaffolds (biology) 6%
• Biodegradable polymers 6%
• Molecular interactions 5%
• Stem cells 5%
• Cell growth 5%
• Dispersions 5%
• Nanofibers 5%
• Hydroxyapatite 5%
• Mechanical properties 5%

Medicine & Life Sciences

• Bone Regeneration 70%
• Ceramics 67%
• Bone and Bones 37%
• Methylene Chloride 16%
• Dimethylformamide 9%
• tricalcium phosphate 9%
• Vitrification 8%
• Tissue Scaffolds 8%
• Nanofibers 8%
• polycaprolactone 8%
• Differential Scanning Calorimetry 7%
• Crystallization 7%
• Fourier Analysis 7%
• Durapatite 6%
• Biocompatible Materials 6%
• Tissue Engineering 6%
• Orthopedics 5%
• Mesenchymal Stem Cells 5%
• Polymers 5%
• Osteogenesis 5%

Chemical Compounds

• Fibrous Crystal 62%
• Ceramic 48%
• Composite Material 31%
• Fiber 26%
• Dichloromethane 12%
• Pore Size 11%
• Glass Transition 7%
• Crystallization Behavior 7%
• Cell Viability 6%
• Solvent 6%
• Nanofiber 5%
• Biomaterial 5%
• Differential Scanning Calorimetry 5%