Selective molecular assembly patterning: A new approach to micro- and nanochemical patterning of surfaces for biological applications

Physics & Astronomy

• lysine 93%
• assembly 92%
• proteins 87%
• glycols 69%
• phosphates 65%
• ethylene 63%
• adsorption 49%
• alkanes 48%
• adhesives 42%
• fibroblasts 27%
• serums 26%
• photolithography 24%
• matrices 23%
• self assembly 22%
• titanium oxides 22%
• secondary ion mass spectrometry 22%
• metal oxides 20%
• photoelectron spectroscopy 17%
• silicon dioxide 16%
• costs 16%
• fluorescence 16%
• microscopy 15%
• fabrication 13%
• cells 11%
• x rays 9%
• interactions 8%

Engineering & Materials Science

• Proteins 100%
• Polyethylene glycols 84%
• Phosphates 75%
• Adsorption 63%
• Paraffins 50%
• Adhesives 39%
• Secondary ion mass spectrometry 32%
• Fluorescence microscopy 31%
• Fibroblasts 31%
• Self assembly 28%
• Titanium dioxide 28%
• Photolithography 27%
• X ray photoelectron spectroscopy 26%
• Silica 22%
• Oxides 18%
• Fabrication 16%
• Metals 13%
• Costs 8%

Chemical Compounds

• L-Lysine 99%
• Ethylene Glycol 71%
• Alkane 46%
• Alkyl Phosphate 42%
• Phosphate 35%
• Surface 34%
• Application 34%
• Silicon Dioxide 33%
• Time-of-Flight Secondary Ion Mass Spectrometry 32%
• Fluorescence Microscopy 27%
• Adsorption 26%
• Metal Oxide 22%
• Titanium Dioxide 22%
• X-Ray Photoelectron Spectroscopy 19%
• Protein 11%