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Research Director
Stephane’s research work is focusing on genomics of food-borne bacteria and on the role of microbial diversity in food microbial ecology. One of his strategy is to implement statistical and bioinformatic analysis of large sampling survey for describing diversity of food microbiomes. He is using the prediction of microbiomes fluxes along the food chain to assess food health and sustainability issues link to microbiomes such as food spoilage, biopreservation or fermentation. Recently, he has been implementing meta-omics data analysis to characterize microbial metabolic interactions in foods using synthetic ecology strategies. Stephane studied fundamental & applied microbiology in Marseilles (France) and earned his PhD (1999) in molecular microbiology at the University of Amsterdam (The Netherlands). In 2016, Stephane obtained his HDR (French accreditation to steer & supervise research) in biological sciences at University Paris-Saclay.
At the Paris-Saclay University, in the framework of the BioSphera graduate school, Stephane’s is also coordinating activities to interface research & education programs and co-supervise a master degree in the field of microbiome sciences. In this context, Stéphane teaches metagenomics and molecular ecology to students having genomic and microbiology backgrounds.
Last related news
The FME lab communicates about the links between the microbiome, nutrition and health.
Dec 01, 2025
On Thursday 27 November, the FME lab took part in the Food System Microbiomes Conference in Wageningen during the session dedicated to the connections between microbiomes, nutrition and health. The session was co-chaired by Stéphane Chaillou (INRAE, Micalis) and Prof. Christophe Courtin (KU Leuven), and provided an opportunity to showcase advances from two major European projects: DOMINO and HealthFerm.
New tool suite - Food Microbiome Metabolic Modules (F3M)
Nov 06, 2025
The FME team has published a new preprint in Open Research Europe entitled
“Food Microbiome Metabolic Modules (F3M): a tool suite for functional profiling of food microbiomes.”
Read the article
A successful outcome of the EMOVOL project
Nov 01, 2025
The EMOVOL project has come to an successful end: a fruitful collaboration between INRAE and Fleury Michon has led to the development of a method for characterizing the preservation potential of cooked poultry meat products based on microbial biomarkers in raw meat.