Guillaume Devailly

This study investigates how daily feeding rhythms and genetic polymorphisms influence feed efficiency in pigs, finding heritable feeding behaviors and genetic correlations with RFI.

The paper investigates the genetic and heat-stress environmental influences on gene expression in pigs, identifying differentially expressed genes, eQTLs, and candidate genes for traits like backfat thickness.

This study investigates how maternal heat stress affects DNA methylation and gene expression in chicken embryos, identifying key genes and methylation sites associated with heat tolerance.

The paper analyzes epigenetic modifications and transcription features across human cell lines and tissues to uncover their interplay and generate new hypotheses.

The paper infers causal gene regulatory networks using enhancer RNA expression as a causal anchor and validates predictions against experimental data.

The paper uses transcriptomic data from mouse and rat liver and heart to identify functionally equivalent orthologs using co-expression network analysis.

Heat*seq enables genome-scale comparison of user-generated high-throughput sequencing experiments with public data through interactive heatmaps and dynamic dataset subsetting.