Titanium-enriched hydroxyapatite-gelatin scaffolds with osteogenically differentiated progenitor cell aggregates for calvaria bone regeneration

Medicine & Life Sciences

• Nanocomposites 100%
• Bone Regeneration 84%
• Gelatin 80%
• Durapatite 79%
• Titanium 77%
• Skull 73%
• Stem Cells 55%
• Bone and Bones 44%
• Polylactic Acid-Polyglycolic Acid Copolymer 24%
• Porosity 22%
• Regeneration 15%
• Silanes 13%
• Compressive Strength 12%
• titanium dioxide 12%
• Bone Transplantation 10%
• Autografts 10%
• Biocompatible Materials 9%
• Tissue Engineering 9%
• Esthetics 8%
• Fluorescence 7%
• Swine 7%
• Histology 7%
• Calcium 6%
• Tomography 6%
• Transplants 5%
• Therapeutics 1%

Engineering & Materials Science

• Hydroxyapatite 96%
• Scaffolds 88%
• Bone 72%
• Titanium 71%
• Nanocomposites 53%
• Rats 22%
• Defects 16%
• Milk 16%
• Acids 11%
• Porosity 10%
• Histology 9%
• Grafts 8%
• Titanium dioxide 8%
• Silanes 7%
• Tissue engineering 7%
• Biomaterials 7%
• Fluorescence 7%
• Calcium 6%
• Labeling 6%
• Tomography 5%
• Compressive strength 5%
• Tissue 5%
• Availability 4%

Chemical Compounds

• Nanocomposite 48%
• Macro Porosity 37%
• Porosity 10%
• Compression Strength 9%
• Biomaterial 7%
• Titanium Dioxide 7%
• Calcium(0) 7%
• Acid 6%
• Additive 6%
• Strength 5%
• Fluorescence 5%