Entomology · Paper · 2023

A snapshot and pipeline for tissue-specific gene expression meta-analysis in honey bees

Zenodo

Catalog Row47
Citation KeyFriedman2023SnapshotPipelineTissueSpecific047
Paper FolderAvailable

Overview

Extracted from the local paper documentation when available.

The honey bee ( Apis mellifera ) is a key model organism for complex social behavior and physiology, where tissue-specific gene expression (TSGE) is difficult to analyze given large bioinformatics datasets and manual tissue processing. We present a meta-analytic approach to TSGE in A. mellifera using open-source bioinformatics packages: from an initial pool of 4,349 samples and 12,398 loci, rigorous analysis yields a publicly available snapshot of 731 samples and 177 loci representing high-quality TSGE estimates, intended as a reusable resource for honey bee and comparative gene-expression research.

honey beesApis melliferatissue-specific gene expressionmeta-analysisRNA-seqbioinformatics pipelineopen-source

Use Notes

Concise findings and methods pulled from README/SKILL documentation.

Findings / Concepts
  • Presents a reproducible meta-analytic pipeline for tissue-specific gene expression (TSGE) in honey bees built on open-source bioinformatics tools.
  • Curates a high-quality public snapshot of 731 samples and 177 loci from an initial pool of 4,349 samples and 12,398 loci.
  • Provides a reusable community resource for comparative gene-expression analysis in Apis mellifera and beyond.
Methods / Techniques
  • Aggregated and standardized publicly available honey bee RNA-seq datasets across tissues.
  • Applied open-source bioinformatics packages to filter samples and loci for quality.
  • Reduced 4,349 samples and 12,398 loci to a curated snapshot of 731 samples and 177 loci representing high-quality TSGE estimates.

Citation

Plain-text citation for quick reuse.

Friedman, Daniel Ari. 2023. A snapshot and pipeline for tissue-specific gene expression meta-analysis in honey bees. Zenodo.

Primary source Documentation BibTeX

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