Chapter Contents
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12.1 Docking: Introduction and Best Practices
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12.2 Set Up a Docking Project
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12.3 Run the Docking Simulation
- 12.4 Choose a Screening Method
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12.5 Virtual Ligand Screening
- 12.6 RIDGE - Rapid Docking GPU Engine
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12.7 Display & Analyze Docking Results
- 12.8 Interaction Restraints
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12.9 Induced Fit (Flexible) Docking
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12.10 Template Docking
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12.11 Covalent Docking
- 12.12 Fragment Screening
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12.13 Hybridize Chimeric Ligands
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12.14 Ligand AIDE: AI Design Evolution
- 12.15 ICM X-Ray AutoFit - Automated Model Building into Density
This chapter describes receptor-based small-molecule docking and screening, from preparing a docking project to reviewing and exporting results. The same receptor setup is used for individual ligands and compound libraries; the input format and screening method determine how the calculation is run.
- Start with preparation and best practices, then set up a docking project.
- Use Dock Chemical Table for a loaded ligand table, or Batch Docking for background jobs.
- Use ICM-VLS to screen a compound database or RIDGE for GPU-based screening of conformer libraries.
- Review results and scoring, then inspect interactions and select compounds for follow-up.
- For ligand-based searches, see Ligand-Based Screening and 3D Similarity.
- For peptides, protein complexes, and PROTACs, see Peptide, Protein-Protein, and PROTAC Docking.