Investigating the influence of architecture and material composition of 3D printed anatomical design scaffolds for large bone defects

Material Science

• Bone 100%
• Brick 45%
• Material 20%
• Prosthetics 15%
• Hydroxylapatite 10%
• Calcium 10%
• Polymer 5%
• Polymer Composite 5%
• Pore Size 5%
• Solution 5%
• Composite Material 5%
• Mechanical Property 5%
• Defect 5%
• Correlation 5%

INIS

• bones 55%
• bricks 45%
• filaments 20%
• architecture 15%
• apatites 10%
• polymers 10%
• calcium phosphates 10%
• levels 5%
• size 5%
• solutions 5%
• design 5%
• cost 5%
• correlations 5%
• mechanical properties 5%
• defects 5%
• losses 5%
• prostheses 5%
• performance 5%
• injuries 5%
• mixing 5%

Medicine and Dentistry

• Biological Product 15%
• Polycaprolactone 15%
• Polymer 10%
• Hydroxylapatite 10%
• Tricalcium Phosphate 10%
• Osteolysis 5%
• Prosthesis 5%
• Morphology 5%
• Amputation 5%
• Bone Defect 5%
• Injury 5%
• Health Care Cost 5%