Resorbable structured porous materials in the healing process of hard tissue defects

Engineering & Materials Science

• Porous materials 100%
• Bone 98%
• Tissue 86%
• Defects 69%
• Cartilage 53%
• Hydroxyapatite 53%
• Pore structure 50%
• Polymers 29%
• Degradation 28%
• Strength of materials 21%
• Methanol 20%
• Drying 19%
• Thin films 19%
• Elasticity 18%
• Macros 18%
• Porosity 17%
• Mechanical properties 13%

Chemical Compounds

• Degradation Rate 98%
• Pore Structure 96%
• Copolymer 67%
• Pore 66%
• Porosity 59%
• Freeze Drying 55%
• Implant 50%
• Micro Porosity 46%
• Strength 32%
• Methanol 31%
• Amount 21%
• Application 16%

Medicine & Life Sciences

• poly(lactide) 73%
• Bone and Bones 61%
• Rabbits 43%
• Articular Cartilage 43%
• Aspirin 37%
• coralline hydroxyapatite 36%
• Polymers 36%
• caprolactone 32%
• Anthozoa 29%
• Diaphyses 26%
• Freeze Drying 26%
• Porosity 24%
• Elasticity 23%
• Durapatite 21%
• Methanol 21%
• Tibia 20%
• Femur 18%
• Thigh 16%
• Equipment and Supplies 12%