Drug-target interactions describe how drugs bind and modulate biological targets, while polypharmacology examines how a single drug can affect multiple proteins and pathways. Explore molecular binding, target selectivity, off-target effects and computational approaches to drug discovery.
Binding free-energy calculations use thermodynamic and molecular simulation methods to estimate how strongly ligands bind proteins. Learn about MM-GBSA, MM-PBSA, FEP, thermodynamic integration, sampling, validation and applications in drug discovery.
Structure-based drug design uses three-dimensional protein structures to guide the discovery and optimization of drug candidates. Learn how binding sites, molecular interactions, docking, structural biology and medicinal chemistry work together in modern drug discovery.
Molecular docking uses computational methods to predict how ligands bind to protein binding sites. Learn about docking poses, scoring functions, protein flexibility, virtual screening, validation, and drug discovery.
Drug-target interactions describe how drugs bind and modulate biological targets, while polypharmacology examines how a single drug can affect multiple proteins and pathways. Explore molecular binding, target selectivity, off-target effects and computational approaches to drug discovery.
Binding free-energy calculations use thermodynamic and molecular simulation methods to estimate how strongly ligands bind proteins. Learn about MM-GBSA, MM-PBSA, FEP, thermodynamic integration, sampling, validation and applications in drug discovery.
Structure-based drug design uses three-dimensional protein structures to guide the discovery and optimization of drug candidates. Learn how binding sites, molecular interactions, docking, structural biology and medicinal chemistry work together in modern drug discovery.
Molecular docking uses computational methods to predict how ligands bind to protein binding sites. Learn about docking poses, scoring functions, protein flexibility, virtual screening, validation, and drug discovery.
