DDT

DDT integrates docking-based virtual screening (VS) and molecular dynamics (MD) simulation data to analyze ligand/protein interactions and prioritize compounds based on energetic, conformational, and spatial criteria.

Key Features:

• Integrated analysis: Integrates docking-based virtual screening (VS) and molecular dynamics (MD) simulation data for combined static and dynamic analysis of ligand/protein interactions.
• Large-scale data handling: Handles large datasets generated by docking and MD simulations to evaluate ligand/protein binding interactions.
• Ligand ranking by energy score: Ranks ligands according to energy scores derived from docking calculations.
• Conformation cluster analysis: Performs cluster analysis of ligand conformations to identify dominant binding poses.
• Interaction identification: Identifies amino acid residues that frequently interact with ligands to reveal key binding sites.
• Spatial visualization: Plots ligand center-of-mass coordinates in Cartesian space to visualize spatial distribution within the protein environment.
• Customizable outputs: Allows saving selected ligand/protein complexes using user-defined criteria.
• AutoDock4 (AD4) compatibility: Processes output data from AutoDock4 (AD4) docking calculations.

Scientific Applications:

• High-throughput screening: Enables ranking and selection of compounds from large libraries based on docking-derived energy scores and conformational analysis.
• Dynamic behavior assessment: Assesses the temporal stability and dynamic behavior of ligand/protein complexes using combined docking and MD data.
• Lead selection for validation: Identifies promising candidate ligand/protein complexes for further experimental validation.

Methodology:

DDT manages data from AutoDock4 (AD4) docking calculations and subsequent MD simulations and processes this information to perform static (docking-derived) and dynamic (MD-derived) analyses.