Polymer conjugation optimizes EDTA as a calcium-chelating agent that exclusively removes extrafibrillar minerals from mineralized collagen

Engineering & Materials Science

• Ethylenediaminetetraacetic acid 82%
• Chelation 81%
• Chitosan 73%
• Collagen 69%
• Glycols 66%
• Calcium 57%
• Minerals 52%
• Peptide Hydrolases 39%
• Resins 39%
• Polymers 38%
• Biofilms 35%
• Drying 25%
• Monomers 20%
• Infiltration 20%
• Molecular weight 19%
• Bacteria 19%
• Etching 18%
• Acids 15%
• Air 14%
• Apatite 12%
• Dialysis 12%
• Titration 12%
• Phosphoric acid 12%
• Calorimetry 11%
• Nuclear magnetic resonance 10%
• Pulp 9%
• Water 9%
• Transmission electron microscopy 8%
• Molecules 8%
• Adhesives 7%
• Tissue 7%
• Durability 7%
• Plastics 6%
• Degradation 6%
• Testing 4%

Medicine & Life Sciences

• Edetic Acid 55%
• Dentin 55%
• chitosan-EDTA 55%
• glycol-chitosan 54%
• Minerals 51%
• Polymers 46%
• Collagen 40%
• Biofilms 15%
• Peptide Hydrolases 13%
• Air 12%
• Molecular Weight 8%
• Acids 7%
• Tooth 7%
• Calorimetry 7%
• Bacteria 7%
• Water 7%
• Apatites 6%
• phosphoric acid 6%
• Proton Magnetic Resonance Spectroscopy 6%
• Fourier Transform Infrared Spectroscopy 5%
• Transmission Electron Microscopy 5%
• Plastics 5%
• Adhesives 4%
• Dialysis 4%

Chemical Compounds

• Calcium Chelating Agent 100%
• Collagen 49%
• Mineral 42%
• Glycol 32%
• Demineralization 16%
• Chelating Agent 11%
• Etching 10%
• Antiproteolytic 10%
• Calcium(0) 8%
• Water Soluble 8%
• Strength 7%
• Monomer 6%
• Isothermal Titration Calorimetry 6%
• Weight 6%
• Apatite 6%
• Dialysis 5%
• Phosphoric Acid 5%
• Antibacterial 4%
• Acid 4%
• Block Like Crystal 3%
• Transmission Electron Microscopy 3%
• Time 2%
• Molecule 2%
• Surface 1%
• Application 1%