Effect of mono-CDNP substitution of lysine residues on the redox reaction of cytochrome c electrostatically adsorbed on a mercaptoheptanoic acid modified Au(111) surface

Engineering & Materials Science

• Redox reactions 100%
• Substitution reactions 63%
• Proteins 58%
• Acids 58%
• Self assembled monolayers 37%
• Electrons 32%
• Dipole moment 25%
• Monolayers 10%
• Oxidation-Reduction 10%
• Rate constants 9%
• Adsorption 7%
• Electrodes 6%

Chemical Compounds

• Lysine Residue 71%
• Redox Reactions 59%
• Cytochrome 55%
• Substitution Reaction 40%
• Self Assembled Monolayer 23%
• Acid 22%
• Electron Transfer 22%
• Surface 20%
• Dipole Moment 14%
• Modification 13%
• Redox Potential 7%
• Transfer Reaction 7%
• Monolayer 5%
• Rate Constant 5%
• Environment 4%
• Adsorption 3%

Physics & Astronomy

• lysine 90%
• cytochromes 82%
• acids 57%
• substitutes 50%
• electron transfer 32%
• dipole moments 14%
• horses 11%
• interactions 6%
• adsorption 6%
• electrodes 4%
• shift 4%