Eveline C. Verhulst

This study uses SYNCAS to achieve efficient CRISPR-Cas9 gene editing in Nasonia vitripennis, with KO efficiencies up to ten times higher than other maternal injection methods.

The paper investigates DSX's role in sex differentiation in Nasonia wasps, finding it acts as both activator and repressor in males, with a subtler effect in females.

This study investigates insecticide resistance in Myzus persicae by comparing sensitivity of specific genotypes to various insecticides and screening for resistance mutations.

The paper examines clonal diversity and genetic structure of Myzus persicae in organic and conventional greenhouses, finding higher diversity in organic systems and shifts in dominant clones in conventional systems.

The paper investigates the mechanism of Wolbachia-induced thelytoky in M. uniraptor, finding that diploidization alone is sufficient for feminization, and Wolbachia does not affect Mutra/Mutra2 expression or splicing.

This study shows that silencing Dsx in Nasonia males causes pheromonal feminization, affecting attraction, courtship, and mating success.

The paper identifies and characterizes duplicated Masc genes in Ephestia kuehniella, showing their conserved role in male sex determination through expression patterns and RNAi experiments.

The paper presents the first genome of Nesidiocoris tenuis, a predatory bug with dual roles as a biological control agent and pest, using linked-read sequencing and various genomic analyses.

The paper presents the linked-read genome of Bracon brevicornis and investigates the complementary sex determiner gene using comparative analysis.

The paper presents a hybrid genome assembly and annotation of Trichogramma brassicae, revealing gene clusters and providing resources for comparative genomics and molecular studies.

This study shows that Doublesex (Dsx) regulates male-specific traits and genitalia morphology in Nasonia vitripennis during specific developmental stages, highlighting its role in suppressing female traits and promoting male-specific development.