Binding of Carbon Monoxide to Hemoglobin in an Oxygen Environment: Force Field Development for Molecular Dynamics

Physics & Astronomy

• hemoglobin 83%
• carbon monoxide 80%
• field theory (physics) 71%
• molecular dynamics 51%
• oxygen 42%
• carbon monoxide poisoning 28%
• gasoline 9%
• natural gas 9%
• machine learning 8%
• hypoxia 8%
• simulation 8%
• accidents 8%
• coal 7%
• drugs 7%
• engines 6%
• therapy 6%
• delivery 6%
• dissociation 5%
• free energy 5%
• density functional theory 5%
• carbon 4%
• geometry 3%
• interactions 2%
• energy 2%

Chemical Compounds

• Hemoglobin 66%
• Carbon Monoxide 61%
• Molecular Dynamics 52%
• Force 47%
• Environment 40%
• Dioxygen 34%
• Strength 13%
• Simulation 13%
• Coal Gas 10%
• Accident 9%
• Natural Gas 8%
• Bond Energy 8%
• Fire 7%
• Gasoline 7%
• Byproduct 7%
• Heme 6%
• Fuel 5%
• Gibbs Free Energy 5%
• Dissociation 5%
• Drug 3%

Engineering & Materials Science

• Hemoglobin 100%
• Molecular dynamics 79%
• Carbon monoxide 77%
• Density functional theory 8%
• Coal gas 7%
• Free energy 7%
• Feedforward neural networks 6%
• Computer simulation 6%
• Strength of materials 6%
• Byproducts 6%
• Gasoline 5%
• Wood 5%
• Natural gas 5%
• Fires 4%
• Accidents 4%
• Carbon 4%
• Machine learning 4%
• Engines 3%
• Geometry 3%