molclaw-prolif-docking

Summarize docking poses into ProLIF interaction fingerprints and CSV summaries.

28|2|Updated Mar 31, 2026
One-click install
npx skills add https://github.com/InternScience/MolClaw --skill molclaw-prolif-docking
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: molclaw-prolif-docking
Source: https://github.com/InternScience/MolClaw/tree/main/skills/L1_tools/molclaw-prolif-docking
Command: npx skills add https://github.com/InternScience/MolClaw --skill molclaw-prolif-docking

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Summarize and quantify protein–ligand interactions across large sets of docking poses to rapidly assess docking quality, identify frequent contact patterns, and guide hit selection without manual per-pose inspection.

Core Features & Use Cases

  • Batch interaction fingerprints: Compute ProLIF-style interaction fingerprints for many docking poses and export consolidated CSVs for downstream analysis.
  • Interaction counts and summaries: Optionally produce interaction count summaries and frequent-interaction reports to prioritize poses or ligands.
  • Multi-format support: Accepts common docking pose formats (sdf, mol2, pdbqt) and supports template SMILES when necessary for pdbqt inputs.
  • Practical safeguards: Includes residue-numbering guidance and mandates visualization downloads to avoid misinterpretation of predicted structures.
  • Use Case: Screen docking outputs from a virtual screening run, generate interaction-frequency heatmaps, and export CSV summaries for ranking and human review.

Quick Start

Run the prolif_docking tool with a receptor PDB and a list of ligand pose files to generate a CSV of interaction fingerprints and a summary of frequent interactions.

Frequently Asked Questions about molclaw-prolif-docking

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I compute interaction fingerprints for multiple docking poses?

Compute ProLIF-style interaction fingerprints for multiple docking poses by submitting a receptor PDB and batch ligand files to generate consolidated CSV summaries and visualization outputs.

What docking pose file formats are supported for interaction fingerprinting?

Supported docking pose file formats include sdf, mol2, and pdbqt, with optional template SMILES required for pdbqt inputs to ensure accurate interaction fingerprint generation.

Can I batch analyze protein-ligand docking poses without inspecting each pose manually?

Batch analyze protein-ligand docking poses without manual inspection by generating interaction count summaries and frequent-contact reports to rapidly assess docking quality and prioritize hits.

How do I generate interaction frequency heatmaps from virtual screening outputs?

Generate interaction frequency heatmaps from virtual screening outputs by computing ProLIF-style interaction fingerprints across batch docking poses and exporting the results as visualization files and CSV summaries.

Do I need a template SMILES file to analyze pdbqt docking poses?

A template SMILES file is required to analyze pdbqt docking poses, as it provides the necessary chemical structure information for accurate interaction fingerprint generation alongside the receptor PDB.

What are the limitations of using automated docking pose analysis for hit prioritization?

Limitations of automated docking pose analysis include the risk of misinterpreting predicted structures, which mandates downloading visualization files and applying residue-numbering guidance to validate frequent contact patterns.