Development of Multiple Layers of PLCL Scaffold for Vascular Tissue Engineering

Medicine & Life Sciences

• Tissue Engineering 75%
• Porosity 68%
• Blood Vessels 45%
• Elastic Modulus 45%
• Tensile Strength 45%
• caprolactone 31%
• Blood Substitutes 27%
• Foreign-Body Reaction 25%
• Cell Proliferation 25%
• Pressure 25%
• Freeze Drying 24%
• poly(lactide) 23%
• Indonesia 22%
• Regeneration 16%
• Cause of Death 15%
• Endothelial Cells 14%
• Cardiovascular Diseases 14%
• Observation 13%
• Growth 9%
• Therapeutics 3%

Engineering & Materials Science

• Tissue engineering 96%
• Scaffolds 91%
• Porosity 16%
• Pore size 14%
• Mechanical properties 12%
• Blood vessel prostheses 12%
• Elastic moduli 10%
• Tensile strength 10%
• Tissue regeneration 10%
• Scaffolds (biology) 10%
• Cell proliferation 9%
• Endothelial cells 9%
• Lactic acid 8%
• Phase separation 8%
• Surgery 6%
• Drying 6%
• Tissue 5%
• Scanning electron microscopy 5%
• Availability 4%

Physics & Astronomy

• tissue engineering 100%
• porosity 17%
• blood vessels 11%
• mechanical properties 9%
• tensile strength 9%
• bursts 8%
• foreign bodies 7%
• modulus of elasticity 7%
• Indonesia 7%
• freeze drying 7%
• lactic acid 6%
• bypasses 5%
• death 5%
• surgery 5%
• regeneration 5%
• tensile tests 4%
• availability 4%
• attachment 4%
• rings 3%
• scanning electron microscopy 3%
• causes 2%
• cells 2%