
Durdağı Research Group's Side Chain Rotation for Ligand Landing
DGRSCROLL redefines structural refinement at the molecular interface. Transform rigid docking into dynamic precision with intelligent sidechain optimization powered by genetic algorithms.
Discover how our platform transforms molecular docking through advanced visualization and optimization techniques.

Advanced protein-ligand interaction modeling with dynamic sidechain optimization

Genetic algorithms powering intelligent sidechain conformation search

State-of-the-art computational biology research at Durdağı Lab

Detailed analysis of protein-ligand binding interfaces and interactions
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In drug discovery, accuracy isn't optional—it's everything. Our platform goes beyond traditional docking limitations.
Genetic algorithm-powered engine searches and resolves sidechain conformations that reflect true binding interactions.
Move beyond static sidechains and pre-defined rotamers. See your protein as it wants to bind, not just as it was prepared.
Web-based platform that transforms molecular interface refinement with intelligent optimization algorithms.
Upload your protein and ligand, and watch as rigid docking turns dynamic with our three-step optimization process.
Submit your protein and ligand structures through our intuitive web interface.
Our genetic algorithm engine dynamically optimizes sidechain conformations for optimal binding.
Receive detailed structural analysis and refined protein-ligand complex for your research.
Whether you're fine-tuning a lead compound, validating a docking hypothesis, or exploring novel interactions, DGRSCROLL reveals the structure as it truly wants to bind.