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Publication . Other literature type . Article . 2012

New meta-analysis tools reveal common transcriptional regulatory basis for multiple determinants of behavior

Seth A. Ament; Charles Blatti; Cédric Alaux; Marsha M. Wheeler; Amy L. Toth; Yves Le Conte; Greg J. Hunt; +8 Authors
Open Access
Published: 12 Jun 2012
Publisher: National Academy of Sciences
Country: France
A fundamental problem in meta-analysis is how to systematically combine information from multiple statistical tests to rigorously evaluate a single overarching hypothesis. This problem occurs in systems biology when attempting to map genomic attributes to complex phenotypes such as behavior. Behavior and other complex phenotypes are influenced by intrinsic and environmental determinants that act on the transcriptome, but little is known about how these determinants interact at the molecular level. We developed an informatic technique that identifies statistically significant meta-associations between gene expression patterns and transcription factor combinations. Deploying this technique for brain transcriptome profiles from ca. 400 individual bees, we show that diverse determinants of behavior rely on shared combinations of transcription factors. These relationships were revealed only when we considered complex and variable regulatory rules, suggesting that these shared transcription factors are used in distinct ways by different determinants. This regulatory code would have been missed by traditional gene coexpression or cis -regulatory analytic methods. We expect that our meta-analysis tools will be useful for a broad array of problems in systems biology and other fields.
Subjects by Vocabulary

Microsoft Academic Graph classification: Systems biology Transcriptome Meta-analysis Computational biology Genetics Variable (computer science) Phenotype Statistical hypothesis testing Transcription factor Transcriptional regulation Biology


PNAS Plus, honey bee, transcriptional regulation, [SDV]Life Sciences [q-bio], Multidisciplinary