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Celiac DB

HLA-DQ Protein Analysis Platform

Molecular docking and analysis tools for research

Choose Your Analysis

Select from our comprehensive suite of molecular analysis tools

Ready to Use

Protein Browser

Explore our curated collection of HLA-DQ proteins with detailed structural analysis and downloadable data

Protein Analysis File Downloads 3D Visualization
Browse Proteins
Ready to Use

Docking Analysis

Access pre-computed docking results with interactive 3D structures and comprehensive binding scores

8 × 38 Pre-computed Results 3D Structure Viewing Binding Scores
Analyze Docking
Ready to Use

Custom Docking

Perform real-time docking with custom peptide sequences using advanced AutoDock Vina algorithms

Custom Peptides File Upload Real-time Analysis
Try Custom Docking

Platform Capabilities

Advanced molecular analysis tools powered by cutting-edge algorithms

AutoDock Vina Integration

Industry-standard molecular docking with precise binding affinity predictions

HLA-DQ Specialization

Curated database of 8 exclusive HLA-DQ protein structures for immunology research

Interactive Visualization

Mol* viewer integration for immersive 3D molecular structure exploration

Comprehensive Analytics

Detailed binding scores, RMSD values, and molecular configuration analysis

Real-time Processing

High-performance computing for instant molecular docking calculations

Export & Integration

Download PDB structures, analysis reports, and integrate with external tools

How It Works

Simple three-step process for advanced molecular analysis

1

Select Analysis Type

Choose from protein browsing, pre-computed docking analysis, or custom molecular docking

2

Configure Parameters

Select your HLA-DQ protein target and input peptide sequences for analysis

3

Analyze & Export

Explore interactive 3D structures, review binding scores, and download results

Research Platform Notice

This platform is designed for academic and research purposes. All computational predictions should be validated through experimental methods before clinical applications.