UO₂²⁺ uptake by proteins: Understanding the binding features of the super uranyl binding protein and design of a protein with higher affinity

Medicine & Life Sciences

• Protein Binding 62%
• Carrier Proteins 53%
• Ions 51%
• Hydrogen Bonding 50%
• Amino Acids 43%
• Density Functional Theory 36%
• Molecular Dynamics Simulation 23%
• Proteins 23%
• Proxy 21%
• Binding Sites 16%
• Oxygen 14%
• Water 13%
• Mutation 11%

Engineering & Materials Science

• Carrier Proteins 100%
• Free energy 74%
• Proteins 57%
• Ions 34%
• Hydrogen bonds 34%
• Protein Binding 20%
• Density functional theory 18%
• Binding sites 17%
• Molecular dynamics 14%
• Atoms 12%
• Molecules 12%
• Oxygen 10%
• Water 6%

Chemical Compounds

• Protein 25%
• Amino-Acid Residue 24%
• Free Energy of Binding 22%
• Gibbs Free Energy 20%
• Coordination Sphere 17%
• Simulation 16%
• Hydrogen Bond 10%
• Ion 10%
• Mutation 7%
• Oxygen Atom 7%
• Kd 6%
• Molecular Dynamics 6%
• Binding Site 6%
• Strength 5%
• Density Functional Theory 5%
• Reduction 4%
• Molecule 3%