Methyl-Induced Polarization Destabilizes the Noncovalent Interactions of N-Methylated Lysines

Keyphrases

• Amines 20%
• Biological Function 20%
• Cation-anion Interaction 20%
• Clear Cases 20%
• Dominant Role 20%
• Electronic Structure 40%
• Electrostatic Force 20%
• First-principles Calculations 20%
• Functional Groups 20%
• Histone 20%
• Hydrogen Bonding Interaction 20%
• Hydrophobicity 20%
• Induced Polarization 100%
• Inductive Effect 20%
• Lysine 40%
• Lysine Methylation 20%
• Methyl 100%
• Methylated Lysine 100%
• Methylation 60%
• Multipole Analysis 20%
• N-methylation 100%
• Noncovalent Interactions 100%
• PHD1 20%
• PHD2 20%
• Polarizability 20%
• Protein Crystallization 20%
• Protein Structure 20%
• Salt Bridge 20%
• Spectroscopic Probe 20%

Chemistry

• Cation 16%
• Electronic State 33%
• First Principle 16%
• Histone 16%
• Hydrogen Bonding 16%
• Hydrophobicity 16%
• Inductive Effect 16%
• Lysine 100%
• Methylation 66%
• Multipole 16%
• Polarizability 16%
• Protein Structure 16%

Biochemistry, Genetics and Molecular Biology

• Biological Functions 16%
• Dispersion 16%
• Histone 16%
• Hydrogen Bond 16%
• Hydrophobicity 16%
• Lysine 100%
• Methylation 66%
• Protein Crystallization 16%
• Protein Structure 16%
• Static Electricity 33%