MetalDock

MetalDock docks metal-organic complexes to protein and nucleic acid structures using the AutoDock engine and three established quantum chemistry software packages to predict binding geometries and enable high-throughput screening of metal complexes.

Key Features:

• AutoDock integration: Integrates the AutoDock docking engine to perform molecular docking of metal-organic complexes.
• Quantum chemistry integration: Integrates with three established quantum chemistry software packages to facilitate automated docking processes for metal-organic complexes.
• Monte Carlo parameterization: Uses a Monte Carlo sampling scheme to derive Lennard-Jones parameters for 12 different metal atom types.
• Parameter generalizability: Provides Lennard-Jones parameters that generalize across various metal atom types.
• Predictive accuracy: Predicts binding geometries that closely match experimentally determined crystal structures with high spatial reproducibility.
• High-throughput workflows: Supports automated, high-throughput docking workflows for screening metal complexes against protein targets.
• Biomacromolecule coverage: Capable of docking metal-organic compounds to proteins and nucleic acids.

Scientific Applications:

• High-throughput screening: Screening libraries of metal complexes against protein targets to identify potential binders.
• Structural prediction: Predicting and validating binding geometries of metal complexes against experimentally determined crystal structures.
• Therapeutic discovery: Modeling protein–metal interactions to explore the therapeutic potential of metal-based compounds.
• Nucleic acid docking: Docking metal-organic compounds to nucleic acids and other biomacromolecules.

Methodology:

MetalDock employs the AutoDock docking engine, integrates three established quantum chemistry software packages, and uses a Monte Carlo sampling scheme to derive Lennard-Jones parameters for 12 metal atom types to perform automated docking.