Liette Vasseur

This study shows arginine activates a conserved sphingolipid pathway in insects, promoting antibacterial effects through ceramide accumulation, independent of classical immune responses.

The paper uses experimental evolution and multi-omics analyses to study thermal adaptation in diamondback moths, finding genetic and epigenetic mechanisms that enhance thermal tolerance.

The paper identifies a systematic underrepresentation of ecosystem disservices in literature on annual crop agroecosystems, highlighting biases in how agroecosystem functioning is understood.

This study investigates how local recombination and AT-biased mutations contribute to differentiated region formation in Apis cerana by analyzing genome architecture and mutation patterns across 499 genomes.

This study identifies genomic changes in the tea green leafhopper that underlie its adaptation and evolutionary success across diverse tea-growing regions.