Isocyanate-terminated urethane-based methacrylate for in situ collagen scaffold modification

Medicine & Life Sciences

• Isocyanates 100%
• Methacrylates 86%
• Urethane 76%
• Collagen 49%
• Polymers 19%
• Collagen Receptors 8%
• Hydrogen Bonding 6%
• Collagenases 5%
• Dentin 5%
• Minerals 5%
• Adhesives 5%
• In Situ Hybridization 4%
• Prostheses and Implants 4%
• Ligands 3%

Engineering & Materials Science

• Collagen 85%
• Scaffolds 76%
• Resins 26%
• Monomers 17%
• Polymers 14%
• Tissue 8%
• Covalent bonds 8%
• Chemical bonds 7%
• Hybrid materials 7%
• Hydrogen bonds 6%
• Ligands 6%
• Mechanical properties 6%
• Physicochemical properties 6%
• Prostheses and Implants 5%
• Thermodynamic stability 5%
• Minerals 5%
• Restoration 4%
• Adhesion 4%
• Adhesives 4%

Chemical Compounds

• Collagen 61%
• Methacrylate 54%
• Modification 36%
• Monomer 12%
• Covalent Bond 7%
• Isocyanate 7%
• Chemical Bond 7%
• Heterogeneity 6%
• Mineral 5%
• Hydrogen Bond 4%
• Ligand 3%