Tooluniverse Epigenomics
Tooluniverse Epigenomics analyzes genomic data to predict epigenetic modifications, aiding in understanding gene regulation and disease mechanisms.
Install on your platform
We auto-selected Claude Code based on this skill’s supported platforms.
Run in terminal (recommended)
claude mcp add tooluniverse-epigenomics npx -- -y @trustedskills/tooluniverse-epigenomics
Or manually add to ~/.claude/settings.json
{
"mcpServers": {
"tooluniverse-epigenomics": {
"command": "npx",
"args": [
"-y",
"@trustedskills/tooluniverse-epigenomics"
]
}
}
}Requires Claude Code (claude CLI). Run claude --version to verify your install.
About This Skill
What it does
This skill, Tooluniverse Epigenomics, analyzes genomic data related to epigenetics using Python and integrated ToolUniverse annotation tools. It processes various data types including methylation data, ChIP-seq peaks, and ATAC-seq signals to predict epigenetic modifications and understand gene regulation. The tool prioritizes data inspection and statistical rigor in its analysis, always verifying scientific facts through database searches.
When to use it
This skill is useful for:
- Analyzing methylation data (e.g., beta values or M-values).
- Performing ChIP-seq peak analysis.
- Investigating ATAC-seq data and identifying Nucleosome Free Regions (NFRs).
- Integrating multiple omics datasets to understand relationships between epigenetic modifications and gene expression.
- Calculating genome-wide epigenomic statistics.
Key capabilities
- Data Processing: Loads and filters methylation, ChIP-seq, and ATAC-seq data in various formats (CSV, TSV, Parquet, HDF5, BED).
- Statistical Analysis: Performs differential methylation analysis (T-test/Wilcoxon), correlation analyses (Pearson/Spearman), and FDR correction.
- Annotation: Uses ToolUniverse tools to annotate genomic regions with information from ENCODE, GEO, and GTEx databases.
- Coordinate System Awareness: Tracks genome build (hg19/hg38/mm10) and chromosome prefixes.
- Multi-Omics Integration: Correlates methylation patterns with gene expression and ChIP-seq data.
Example prompts
- "Perform differential methylation analysis between group A and group B on my methylation beta value file."
- "Analyze the ChIP-seq peaks in my BED file and annotate them to genes using ENCODE tools."
- "What is the median gene expression for BRCA1 in whole blood according to GTEx?"
Tips & gotchas
- Data Format: The skill requires data in specific formats (CSV, TSV, Parquet, HDF5, BED). Ensure your data is properly formatted before analysis.
- Genome Build: Be mindful of the genome build used for your data (hg19/hg38/mm10) and specify it when necessary.
- ToolUniverse Dependencies: The skill relies on ToolUniverse annotation tools, so ensure these are accessible and functioning correctly.
Tags
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