binding-site-visualization

Visualize protein-ligand binding sites with PyMOL and generate publication-ready figures.

3|Updated Jan 28, 2026

Search Tags:#visualization #structure-analysis #protein-ligand #drug-design #pymol #binding-site #pocket-definition

Ready to run

npx skills add https://github.com/ANaka/claudemol --skill binding-site-visualization

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: binding-site-visualization
Source: https://github.com/ANaka/claudemol/tree/main/claude-plugin/skills/binding-site-visualization
Command: npx skills add https://github.com/ANaka/claudemol --skill binding-site-visualization

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Researchers need to visualize and interpret protein-ligand binding sites, pockets, and interactions to design inhibitors, understand mechanisms, and communicate results in publications.

Core Features & Use Cases

Visualize protein cartoon representations, ligands as sticks, pockets as surfaces, and highlight interactions to support interpretation.
Define ligand and pocket selections using common PyMOL patterns, quantify contacts and hydrogen bonds, and generate annotated figures.
Use cases include preparing publication-ready figures, validating binding-pocket hypotheses, and exploring structure-activity relationships.

Quick Start

Load a protein structure, identify the ligand and pocket, apply a visualization style, and export a publication-ready image.

Frequently Asked Questions about binding-site-visualization

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

FAQPage Schema

How do I visualize protein-ligand binding sites in PyMOL for publication-ready figures?▼

Define ligand and pocket selections in PyMOL, apply cartoon representations for proteins and sticks for ligands, then export publication-ready figures. This workflow quantifies hydrogen bonds and documents structure-activity relationships.

Can I quantify hydrogen bonds and contacts at a protein binding pocket using PyMOL?▼

You can quantify hydrogen bonds and contacts by defining pocket and ligand selection strategies in PyMOL. This evaluates ligand interactions to validate binding-pocket hypotheses during drug design.

What is the best way to define a binding pocket for structure analysis in drug design?▼

Define a binding pocket using standard PyMOL selection patterns to isolate ligands and surrounding residues. This enables surface display generation and interaction metric calculation for drug design analysis.

Does this protein-ligand visualization workflow require external components or dependencies?▼

This protein-ligand visualization workflow operates without external dependencies, utilizing a scriptable pymol-agent-bridge interface. It directly supports standard protein targets within Claude Code environments.

How do I script PyMOL visualization steps for analyzing multiple protein targets?▼

Script PyMOL visualization steps by defining reusable selection strategies, color schemes, and interaction metrics through the pymol-agent-bridge interface. This automates structure-activity relationship exploration across standard protein targets.