Sustainable and Degradable Epoxy Resins from Trehalose, Cyclodextrin, and Soybean Oil Yield Tunable Mechanical Performance and Cell Adhesion

Engineering & Materials Science

• Cyclodextrins 91%
• Cell adhesion 80%
• Soybean oil 78%
• Epoxy resins 58%
• Carboxylic acids 33%
• Cell proliferation 32%
• Carbohydrates 30%
• Thermosets 26%
• Polymers 23%
• Feedstocks 21%
• Fibroblasts 15%
• Cell growth 15%
• Tissue engineering 13%
• Scaffolds 12%
• Glass transition 12%
• Superconducting transition temperature 11%
• Rigidity 10%
• Adhesives 9%
• Resins 9%
• Physical properties 9%
• Elastic moduli 9%
• Tensile strength 8%
• Coatings 8%
• Degradation 7%
• Chemical analysis 7%
• Mechanical properties 7%
• Oils 7%
• Water 5%

Chemical Compounds

• Trehalose 68%
• Soybean Oil 62%
• Epoxy Resin 53%
• Cyclodextrin 52%
• Reaction Yield 22%
• Epoxide 19%
• Carbohydrate 18%
• Carboxylic Acid 16%
• Liquid Film 15%
• Succinic Anhydride 13%
• Antifouling 11%
• Tensile Strength 9%
• Glass Transition Temperature 9%
• Occurrence in Nature 9%
• Water Soluble 8%
• Application 6%
• Coating Agent 6%
• Chloride 6%
• Surface 3%

Earth & Environmental Sciences

• soybean 59%
• adhesion 53%
• cell 33%
• oil 31%
• carboxylic acid 21%
• polymer 21%
• carbohydrate 18%
• vegetable oil 11%
• antifouling 11%
• properties of materials 10%
• Young modulus 10%
• rigidity 10%
• adhesive 9%
• tensile strength 9%
• coating 7%
• mechanical property 7%
• chloride 7%
• physical property 7%
• glass 6%
• tissue 6%
• degradation 5%
• engineering 5%
• transition 5%
• exposure 5%
• product 4%
• material 3%
• temperature 3%
• water 2%