Ion-Mobility-Based Quantification of Surface-Coating-Dependent Binding of Serum Albumin to Superparamagnetic Iron Oxide Nanoparticles

Engineering & Materials Science

• Aerosols 6%
• Agglomeration 35%
• Anionic surfactants 7%
• Binding sites 7%
• Coatings 57%
• Condensation 5%
• Distribution functions 21%
• Ions 70%
• Iron oxides 100%
• Magnetic fields 4%
• Nanoparticles 76%
• Nanostructured materials 6%
• Protein Binding 16%
• Proteins 4%
• Radiation counters 8%
• Silica 5%
• Spectrometry 26%
• Surface properties 5%

Medicine & Life Sciences

• Aerosols 5%
• Binding Sites 3%
• Bovine Serum Albumin 5%
• Carrier Proteins 4%
• ferric oxide 96%
• Ion Mobility Spectrometry 36%
• Ions 64%
• Nanoparticles 68%
• Nanostructures 6%
• Nebulizers and Vaporizers 6%
• Protein Binding 10%
• Serum Albumin 79%
• Silicon Dioxide 5%
• Surface Properties 6%
• Surface-Active Agents 5%

Chemical Compounds

• Binding Site 4%
• Coating Agent 4%
• Compound Mobility 5%
• Condensation 5%
• Distribution Function 34%
• Ion Mobility 8%
• Ion Mobility Spectroscopy 26%
• Iron Oxide 6%
• Iron Oxide Nanoparticle 84%
• Magnetic Field 6%
• Nanomaterial 4%
• Nanoparticle 10%
• Nanoparticle Size 15%
• Protein 5%
• Size Distribution 30%
• Surface 4%