Enhanced activity and stability of lysozyme by immobilization in the matching nanochannels of mesoporous silica nanoparticles

Chemical Compounds

• Nanochannel 79%
• Tertiary Structure 69%
• Pore Size 55%
• Enzyme Mimic 47%
• Fluorescence 38%
• Nanoparticle 33%
• Fluorescence Spectroscopy 30%
• Secondary Structure 29%
• Protein 27%
• Thermal Stability 21%
• Spectroscopy 21%
• Probe 20%
• Environment 18%
• Acid 11%
• Surface 10%

Physics & Astronomy

• lysozyme 85%
• immobilization 82%
• enzymes 58%
• silicon dioxide 50%
• nanoparticles 44%
• catalytic activity 28%
• proteins 26%
• fluorescence 24%
• porosity 15%
• selective surfaces 14%
• spectroscopy 11%
• acids 9%
• thermal stability 9%
• curvature 8%
• probes 6%
• kinetics 6%

Engineering & Materials Science

• Silica nanoparticles 100%
• Enzymes 76%
• Catalyst activity 14%
• Pore size 13%
• Fluorescence 13%
• Silica 12%
• Proteins 11%
• Fluorescence spectroscopy 10%
• Protein Binding 9%
• Enzyme kinetics 9%
• Binding sites 8%
• Conformations 7%
• Spectroscopy 6%
• Thermodynamic stability 6%
• Acids 5%
• Substrates 4%