Maxime Leprêtre

This study develops two closed aquaculture systems for the marine tunicate Botryllus schlosseri, showing that optimized recirculating systems can achieve comparable growth to static systems.

This study identifies proteomic signatures and functional pathways in Botryllus schlosseri under copper stress and recovery, revealing molecular mechanisms of tolerance and adaptation.

This study identifies candidate proteins regulating cell proliferation in Botryllus schlosseri through proteomic analysis of its blastogenic cycle, offering targets for tunicate cell line development.

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.