Morgane Frapin

This study identifies a major life-history locus, six6, that influences genotype-by-environment variation in growth and body composition in response to temperature changes in rainbow trout.

The paper investigates density-dependent gene expression in Atlantic salmon hypothalamus, finding significant changes in stress, appetite, and epitranscriptomic genes, with unexpected paralogue patterns and genotype-environment interactions.

This study identifies altered chromatin accessibility in fetal rat hypothalamic neuroprogenitors due to maternal protein restriction, affecting gene regulation and developmental pathways.

This study analyzes transcriptomes of Atlantic salmon gonad and pituitary tissues to identify novel genes and lncRNAs involved in sexual maturation and their regulatory roles.

This study examines how maternal low protein diet affects reward circuit development in rats from childhood to adulthood, showing changes in palatable food preference and neural function.

The paper shows that variation in the vgll3 gene affects multiple molecular pathways in Atlantic salmon, leading to different life-history strategies through complex gene interactions.

This study examines how genetic variation in vgll3 affects maturation age in Atlantic salmon, showing sex- and context-dependent expression patterns and interactions with other genes.

The paper investigates m6A RNA methylation gene expression in Atlantic salmon hypothalamus, finding differential expression of m6A reader and eraser genes associated with sexual maturation timing.