A platform for protein–ligand docking and molecular dynamics preparation
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Everything you need for molecular docking and dynamics preparation
Import protein structures from PDB files or fetch directly from the Protein Data Bank using PDB IDs.
Automatically identify and extract ligands from protein structures for reference docking.
Intelligent detection of binding pockets and active sites using geometric and chemical analysis.
High-performance docking using AutoDock Vina with flexible ligand and receptor options.
Export docking results in multiple formats including PDB, SDF, and detailed analysis reports.
Prepare protein-ligand complexes for molecular dynamics simulations with proper parameterization.
Simple four-step workflow for molecular docking
Upload your protein structure file or enter a PDB ID to fetch from the database.
Our algorithm automatically detects potential binding pockets and active sites.
Execute high-performance molecular docking using AutoDock Vina engine.
Get your docking results with detailed analysis and prepared files for MD simulations.
Dynamic Dock is designed to streamline the molecular docking workflow, making computational drug discovery and structural biology research more accessible and reproducible. Our platform automates complex procedures while maintaining scientific rigor.
By integrating automated workflow management with powerful docking algorithms, we enable researchers to focus on scientific insights rather than technical implementation. The platform serves both educational purposes, helping students learn molecular docking concepts, and research applications, supporting advanced drug discovery projects.
Every step is documented and reproducible, ensuring that your computational experiments can be validated and shared with the scientific community. Dynamic Dock bridges the gap between complex computational tools and user-friendly interfaces.
Join thousands of researchers using Dynamic Dock for molecular docking and dynamics preparation