Thermodynamics and Intermolecular Interactions during the Insertion of Anionic Naproxen into Model Cell Membranes

Engineering & Materials Science

• Cell membranes 100%
• Thermodynamics 63%
• Membranes 62%
• Energy barriers 56%
• Quantum theory 54%
• Carrier concentration 52%
• Molecular dynamics 41%
• Atoms 38%
• Molecules 36%
• Stabilization 31%
• Entropy 31%
• Computer simulation 20%
• Water 20%

Chemical Compounds

• Naproxen 92%
• Intermolecular Force 65%
• Quantum Theory 47%
• Thermodynamics 45%
• Natural Bond Orbital 45%
• Interstitial 39%
• Energy Barrier 35%
• Electron Density 33%
• Entropy 30%
• Molecular Dynamics 27%
• Simulation 23%
• Environment 21%
• Drug 19%
• Reaction Yield 15%
• Molecule 12%

Physics & Astronomy

• insertion 72%
• thermodynamics 50%
• interactions 29%
• membranes 27%
• quantum theory 19%
• drugs 18%
• interstitials 15%
• stabilization 15%
• fragments 15%
• entropy 13%
• molecular dynamics 13%
• orbitals 13%
• water 10%
• molecules 9%
• atoms 9%
• simulation 7%
• energy 5%