Neoglycopolymers produced by aqueous ring-opening metathesis polymerization: Decreasing saccharide density increases activity

Physics & Astronomy

• metathesis 93%
• carbohydrates 77%
• polymerization 52%
• rings 38%
• sugars 34%
• polymers 32%
• proteins 22%
• ruthenium 11%
• inhibitors 10%
• erythrocytes 10%
• ligands 9%
• catalysts 8%
• monomers 8%
• emerging 8%
• contamination 8%
• products 5%
• metals 4%
• interactions 3%

Engineering & Materials Science

• Ring opening polymerization 100%
• Polymers 40%
• Carbohydrates 38%
• Sugars 33%
• Proteins 17%
• Carrier Proteins 14%
• Ruthenium 13%
• Ligands 12%
• Monomers 10%
• Contamination 8%
• Catalysts 7%
• Metals 5%

Chemical Compounds

• Ring Opening Metathesis Polymerisation 69%
• Protein Structure 54%
• Monomer 32%
• Metal 25%
• Ligand 24%
• Catalyst 23%
• Protein 23%