FermenTwin Project Launch: A Fusion of Microbiology, Technology, and Taste

Published: Jan 25, 2024 by FME Lab

Today marked the exciting kickoff of the FermenTwin project, funded by INRAE DIGIT-BIO metaprogram and coordinated by Guillaume Gautreau, an innovative venture set to develop a food microbiota digital twins of fermented vegetable juices.

The meeting was a vibrant exchange of ideas, bringing together a diverse group of experts and enthusiasts. Post-discussion, the attendees had the opportunity to indulge in an array of fermented juices, including carrot, beetroot, and cabbage, offering a firsthand taste of what the FermenTwin project aims to enhance.

The highlight of the day was the tour of the mini-biofermenters, developped by Cyprien Guerin and Pierre Nicolas, a peek into the advanced technology that lies at the heart of the project. These mini-biofermenters are a crucial element in the FermenTwin initiative, providing a controlled environment for studying and optimizing the fermentation process.

Share

Latest Posts

DOMINO 3rd annual meeting in Madrid
DOMINO 3rd annual meeting in Madrid

After three years, the #DominoEU project has reached full speed, with significant results across all project objectives. The three-day meeting provided an opportunity to review the very busy year of 2025 and the many key findings that can be leveraged in the coming months.

DOMINO Workshop on F3M Food Microbiome Metabolic Modules at CSIC Madrid
DOMINO Workshop on F3M Food Microbiome Metabolic Modules at CSIC Madrid

The 14th of April 2026, teams from INRAE (MICALIS & MaIAGE) organised a hands-on workshop in Madrid at CSIC, focused on the F3M ecosystem (Food Microbiomes Metabolic Modules) and its associated tools for functional microbiome analysis.

FME at Bioket 2026 advancing synthetic microbial ecology for sustainable food
FME at Bioket 2026 advancing synthetic microbial ecology for sustainable food

At the BIOKET (Bioeconomy Key Enabling Technologies) conference in Fribourg, Julien presented recent advances from the SynthPlex project, positioning synthetic microbial ecology as a core tool for next-generation fermented foods.