Fabrication of resorbable microporous intravascular stents for gene therapy applications

Engineering & Materials Science

• Gene therapy 100%
• Stents 74%
• Lactic acid 62%
• Fabrication 42%
• Galactosidases 40%
• Viruses 26%
• Porosity 19%
• Polyethylene oxides 17%
• Polymer blends 16%
• Degradation 15%
• Mechanical properties 14%
• Escherichia coli 14%
• Pore structure 14%
• Flotation 13%
• Swelling 12%
• Elongation 10%
• Acids 10%
• Casting 9%
• Elastic moduli 9%
• Tensile strength 9%

Medicine & Life Sciences

• polycaprolactone 58%
• poly(lactide) 54%
• Genetic Therapy 52%
• Stents 49%
• Galactosidases 34%
• Porosity 26%
• 1,2-diamino-1,2-N,N'-carbonyl-1,2-dideoxyglucose hydrate 17%
• Ethylene Oxide 16%
• Equipment Design 15%
• Viruses 15%
• Elastic Modulus 13%
• Tensile Strength 13%
• Adenoviridae 11%
• Polymers 10%
• Acids 8%
• Kinetics 8%
• Escherichia coli 8%
• Equipment and Supplies 6%

Chemical Compounds

• Micro Porosity 51%
• Degradation Rate 22%
• Acid 19%
• Application 17%
• Porosity 13%
• Poly(ethylene) 10%
• Pore Structure 10%
• Casting 10%
• Tensile Strength 9%
• Oxide 6%
• Solvent 5%