Hugues Parrinello

This study shows ULTRAPETALA1 modulates PRC2 activity and enhances H3K27me3 deposition in Arabidopsis, revealing a bivalent trxG/PcG factor mechanism for chromatin regulation.

This paper presents a chromosome-level genome assembly and annotation of the pine processionary moth, improving upon previous assemblies and providing resources for population genomics research.

This study uses genomic data and statistical methods to analyze adaptation in Drosophila suzukii during past and future invasions, identifying genomic regions associated with invasion success and predicting future invasion risks.

This study uses genomic data from a Southern African rodent to show how aridity influences genetic divergence and population connectivity, with genes related to water conservation and neurotransmission identified.

The paper builds a reference genome for Cylicocyclus nassatus, estimates its genetic diversity across regions, and identifies genetic candidates for pyrantel resistance.

This paper presents the first nuclear and mitogenome assemblies for Hylesia metabus, revealing that transposable element accumulation drives genome size increase.

This study identifies a genomic region associated with microconidia production in Pyricularia oryzae using GWAS, suggesting potential genes involved in male fertility.

The paper compares genomes across multiple fish species to study the evolutionary changes in the amhr2bY gene, a key sex-determining gene, revealing gains and losses in different Percidae species.

The paper identifies a truncated duplication of the amhr2 gene on the Y chromosome in Pangasiid catfishes as a conserved master sex-determining gene.

The study identifies a non-functional sdY gene variant in XY Chinook salmon females that disrupts testicular differentiation by impairing estrogen synthesis.

RADSex is a computational workflow for analyzing RAD-Seq data to identify sex determination systems, uncovering new sex-specific markers in fish species.

This study characterizes the sex determination system and sex chromosomes in goldfish, identifying a large non-recombining region on linkage group 22 as the likely Y chromosome and developing sex-linked genetic markers.

This study identifies the gene pannier as controlling melanic pattern polymorphism in the harlequin ladybird through cis-regulatory allelic variation.