Effect of molecule structure on electrochemical phase behavior of phospholipid bilayers on Au(111)

Engineering & Materials Science

• Phospholipids 100%
• Phase behavior 79%
• Molecules 60%
• Charge density 57%
• Lipids 55%
• Atomic force microscopy 52%
• Membranes 52%
• Biological membranes 36%
• Infrared radiation 35%
• Lipid bilayers 33%
• Solvation 33%
• Absorption spectroscopy 31%
• Capacitance measurement 29%
• Cell membranes 27%
• Molecular structure 26%
• Conformations 26%
• Esters 22%
• Electric fields 18%
• Polarization 18%
• Electrodes 15%
• Substrates 14%
• Chemical analysis 13%
• Metals 13%

Chemistry

• Phase Behavior 60%
• Phospholipid 51%
• Lipid 42%
• Charge Density 39%
• Atomic Force Microscopy 32%
• Glycerophospholipid 29%
• Infrared Reflection Absorption Spectroscopy 26%
• Molecule 21%
• Electric Field 18%
• Carbonyl Group 18%
• Solvation 17%
• Molecular Structure 14%
• Force 13%
• Ester 12%
• Environment 11%
• Behavior as Electrode 10%
• Metal 9%
• Application 6%

Physics & Astronomy

• lipids 45%
• membranes 33%
• molecules 33%
• atomic force microscopy 23%
• infrared reflection 20%
• linkages 18%
• esters 17%
• solvation 16%
• molecular structure 16%
• infrared spectra 14%
• absorption spectroscopy 14%
• capacitance 12%
• interactions 12%
• electrodes 9%
• electric fields 9%
• cells 8%
• polarization 8%
• metals 7%