Identification of Possible Kinetically Significant Anion-Binding Sites in Human Serum Transferrin Using Molecular Modeling Strategies

Engineering & Materials Science

• Molecular modeling 100%
• Binding sites 92%
• Negative ions 88%
• Proteins 34%
• Hydrogen bonds 25%
• Iron 16%
• Protein Binding 15%
• Molecular mechanics 15%
• Binding energy 14%
• Crystal structure 12%
• Molecular dynamics 10%
• Electrostatics 10%

Medicine & Life Sciences

• Transferrin 71%
• Anions 71%
• Binding Sites 50%
• Serum 30%
• Hydrogen Bonding 22%
• Iron 15%
• Membrane Proteins 15%
• Heuristics 12%
• Static Electricity 11%
• Molecular Dynamics Simulation 10%
• Mechanics 9%
• Protein Binding 9%
• Proteins 6%
• Kinetics 6%

Chemical Compounds

• Molecular Modeling 59%
• Anion 38%
• Protein 27%
• Electrostatic Potential 22%
• Molecular Mechanic 21%
• Energy 20%
• Molecular Dynamics 16%
• Surface 13%
• Environment 12%
• Crystal Structure 10%