Lanthanide-containing polycations for monitoring polyplex dynamics via lanthanide resonance energy transfer

Chemical Compounds

• Polycationic Polymer 73%
• Fluorescence Resonance Energy Transfer 62%
• Diamine 58%
• Lanthanoid Atom 47%
• Tetramethylrhodamine 46%
• Dissociation 45%
• Step Growth Polymerization 45%
• MRI Contrast Agent 43%
• Amine 40%
• Diethylenetriamine 38%
• Contrast Medium 35%
• Heparin 32%
• Secondary Amine 31%
• Primary Amine 30%
• Hydrodynamics 30%
• Zeta Potential 27%
• Luminiscence Type 22%
• Nanomaterial 19%
• Polymerization Reaction 18%
• Monomer 18%
• Environment 17%
• Drug 16%
• pH Value 13%
• Time 11%
• Acid 11%

Engineering & Materials Science

• Forster resonance energy transfer 100%
• Rare earth elements 88%
• Polymers 46%
• Monitoring 35%
• Terbium 30%
• Amines 28%
• Chelation 24%
• Polymerization 17%
• Theranostics 15%
• Heparin 13%
• Cytotoxicity 11%
• Luminescence 11%
• Nucleic acids 11%
• Gadolinium 11%
• Zeta potential 11%
• Nanostructured materials 9%
• Monomers 9%
• Sodium chloride 8%
• Magnetic resonance imaging 8%
• Cells 7%
• Acids 7%
• Hydrodynamics 6%
• Imaging techniques 6%
• Water 4%