A versatile approach to antimicrobial coatings via metal-phenolic networks

Keyphrases

• Complex Networks 100%
• Antibacterial Coating 100%
• Dopamine 100%
• Metal-phenolic Networks 100%
• Modified Substrate 75%
• Zwitterionic Sulfobetaine 50%
• Metal Ions 50%
• Antifouling Property 50%
• Sulfobetaine 50%
• Adsorption 25%
• Bioactive Coating 25%
• Nonspecific Adsorption 25%
• X-ray Photoelectron Spectroscopy 25%
• Fe(II) 25%
• Aqueous Solution 25%
• Silica 25%
• Contact Angle 25%
• Environmentally Friendly 25%
• Binding Constant 25%
• Charge Balance 25%
• Metal Oxide 25%
• Chemical State 25%
• Fluorescence Microscopy Imaging 25%
• Hierarchical Structure 25%
• Ferrous Ion 25%
• Group by 25%
• Fe(III) 25%
• Superhydrophilic 25%
• Goniometer 25%
• Substrate Type 25%
• Bound Water 25%
• Phenolic Groups 25%
• Balanced Properties 25%
• Functional Biointerface 25%
• Bacteria Cell 25%
• Tannic Acid 25%
• Elemental Composition 25%
• Polyphenols 25%
• Organic Substrate 25%
• Surface Conditioning 25%
• Zwitterionic Coating 25%
• Imaging Analysis 25%
• Water Layer 25%
• Inorganic Substrates 25%
• Molecular Assembly 25%
• Antimicrobial Therapy 25%
• Bio-inspired 25%
• Surface Hydration 25%
• Catechol 25%
• Metal-plastic 25%
• Ferric Ion 25%
• Mammalian Cells 25%
• Fluorescence Cell Imaging 25%
• Fouling Resistance 25%
• Substrate Modification 25%

Material Science

• Surface (Surface Science) 100%
• Silicon Dioxide 33%
• Film 33%
• X-Ray Photoelectron Spectroscopy 33%
• Metal Oxide 33%
• Fluorescence Microscopy 33%
• Chemical State 33%
• Contact Angle 33%
• Zwitterionic Coating 33%
• Polyphenol 33%
• Cellular Imaging 33%