Regulomedb Database
RegulomeDB Database scores genetic variants on regulatory potential using integrated functional genomics data, ranking them from 1a (strongest evidence) to 7 (no regulatory function). Query by rsID, genomic position, or region to retrieve transcription factor binding sites, histone marks, DNase peaks, chromatin state, and eQTL overlaps. Ideal for prioritizing GWAS hits and annotating non-coding variants with regulatory evidence.
RegulomeDB Database scores variants for regulatory function using ENCODE and Roadmap data.
AI-generated summary based on this skill's SKILL.md
Install
jaechang-hits/SciAgent-Skills/regulomedb-database · repository language: Python
git clone https://github.com/jaechang-hits/SciAgent-Skills
cp -r SciAgent-Skills ~/.claude/skills/regulomedb-databasegenerated, unverified - the skill's exact subdirectory could not be determined; check the repository on GitHub
Frequently asked questions
AI-generated answers based on this skill's SKILL.md and metadata
What is RegulomeDB Database and how do I query it?
RegulomeDB Database scores genetic variants on regulatory potential using integrated functional genomics data. You query it by rsID, genomic position, or region to retrieve transcription factor binding sites, histone marks, DNase peaks, chromatin state, and eQTL overlaps. Variants are ranked from 1a (strongest evidence) for regulatory function to 7 (no regulatory function), making it ideal for prioritizing GWAS hits and annotating non-coding variants with regulatory evidence.
How do I search for SNP annotations in RegulomeDB Database?
RegulomeDB Database allows SNP searches by entering an rsID, genomic coordinates, or a genomic region. The database returns regulatory annotations including transcription factor binding sites, histone marks, DNase peaks, and chromatin state information. Each variant receives a score from 1a to 7 based on the strength of regulatory evidence, helping you quickly identify which SNPs have the most compelling regulatory function.
What regulatory element information does RegulomeDB Database provide?
RegulomeDB Database provides comprehensive regulatory element information for genetic variants, including transcription factor binding sites, histone modification marks, DNase hypersensitivity peaks, chromatin state annotations, and eQTL (expression quantitative trait loci) overlaps. This integrated functional genomics data helps you understand how variants may affect regulatory regions and gene expression.
Can I use RegulomeDB Database to look up variant effects on regulatory regions?
Yes. RegulomeDB Database is designed to search variant effects on regulatory regions by scoring each genetic variant on its regulatory potential. The scoring system ranks from 1a (strongest regulatory evidence) to 7 (no regulatory function), incorporating transcription factor binding, histone marks, DNase accessibility, and other functional genomics signals to help you assess how variants impact regulatory function.
What types of genomic regulatory annotation data does RegulomeDB Database contain?
RegulomeDB Database contains integrated genomic regulatory annotation data including transcription factor binding sites, histone marks, DNase peaks, chromatin state, and eQTL information. These annotations are aggregated across multiple functional genomics datasets and linked to specific genetic variants, enabling comprehensive regulatory assessment for variant prioritization and non-coding variant interpretation.
How does RegulomeDB Database rank variants for regulatory potential?
RegulomeDB Database uses a 1a-to-7 scoring system to rank variants on regulatory potential. Score 1a indicates the strongest evidence for regulatory function, incorporating multiple lines of evidence like transcription factor binding and DNase accessibility. Higher scores (toward 7) indicate progressively weaker regulatory evidence. This ranking helps you prioritize variants for further investigation in GWAS studies and functional genomics research.