Davide Degli Esposti

This study links Cd tolerance in Gammarus fossarum to mt1 gene expression plasticity in gills and caeca, showing transgenerational effects and inducibility under Cd exposure.

This study uses metaproteomics to analyze gut microbiota and its functions in Gammarus fossarum across different diets, revealing diet-driven microbial community changes and core microbiota functions.

This study reconstructs the metabolic pathways of the amphipod Gammarus fossarum using multi-omics data, revealing organ-specific metabolic profiles and validating enzyme expression through proteomics.