Biodegradable PLA-PGA polymers for tissue engineering in orthopaedics

Engineering & Materials Science

• Tissue engineering 92%
• Orthopedics 90%
• Acids 67%
• Polymers 54%
• Molecular structure 32%
• Biocompatibility 30%
• Crystallinity 29%
• Hydrolysis 29%
• Copolymers 29%
• Scaffolds 29%
• Physical properties 22%
• Degradation 17%
• Mechanical properties 16%

Physics & Astronomy

• orthopedics 100%
• tissue engineering 95%
• acids 66%
• polymers 43%
• biocompatibility 29%
• hydrolysis 28%
• molecular structure 26%
• copolymers 24%
• crystallinity 21%
• physical properties 19%
• degradation 18%
• mechanical properties 16%

Chemical Compounds

• Crystallinity 56%
• Molecular Structure 51%
• Copolymer 48%
• Hydrolysis 46%
• Porosity 43%
• Acid 25%