Is this skill suitable for drug discovery research?

Absolutely. By ensuring high-quality model validation and accurate structural interpretation, it provides a more reliable foundation for downstream drug design and simulation.

How does this skill assist with AlphaFold models?

It provides specialized frameworks for interpreting pLDDT confidence scores and determining which parts of a predicted structure are reliable for biological inference.

What methods are suggested for structure comparison?

The skill covers various alignment techniques and methodologies for quantifying and understanding discrepancies between different structural models.

Can this skill validate experimental structural data?

Yes, it includes guidance on standard validation metrics for crystallographic and cryo-EM models, including R-factors, clashscores, and Ramachandran analysis.

Structural Biology Analysis

Name: Structural Biology Analysis
Author: justaddcoffee

byjustaddcoffee

データサイエンスとML

Analyzes protein and molecular structures through AlphaFold interpretation, quality validation metrics, and comparative structural techniques.

概要

The Structural Biology Analysis skill provides Claude Code with domain-specific expertise for navigating the complexities of molecular modeling and bioinformatics. It offers structured guidance for interpreting AlphaFold pLDDT scores, validating crystallographic or cryo-EM models using standard metrics like Ramachandran plots and R-factors, and performing precise structural alignments. This skill is essential for researchers and developers who need to reconcile discrepancies between experimental data and predicted models while ensuring the biological integrity of their structural conclusions.

主な機能

Identification of disordered regions versus modeling errors
Analysis of structural discrepancies in molecular models
AlphaFold confidence interpretation (pLDDT scores)
Comprehensive validation via R-factors and Ramachandran plots
0 GitHub stars
Protein structure alignment and comparison methods

ユースケース

Comparing experimental cryo-EM models against predicted structural benchmarks
Validating the reliability of AlphaFold-generated protein predictions
Assessing quality metrics for crystallographic data in drug discovery workflows

概要

主な機能

Identification of disordered regions versus modeling errors
Analysis of structural discrepancies in molecular models
AlphaFold confidence interpretation (pLDDT scores)
Comprehensive validation via R-factors and Ramachandran plots
0 GitHub stars
Protein structure alignment and comparison methods

ユースケース

Comparing experimental cryo-EM models against predicted structural benchmarks
Validating the reliability of AlphaFold-generated protein predictions
Assessing quality metrics for crystallographic data in drug discovery workflows