A new article entitled “Metagenomic driven isolation of poorly culturable species in food” from Caroline and Pierre has been published in Food microbiology journal1.
Kothe et al. *Metagenomic driven isolation of poorly culturable species in food. Food Microbiology. 2025 ↩
We were thrilled to welcome the E=M6 crew to our lab for an exciting deep dive into the science of fermented foods.
On Tuesday 7th of January, the 7 partners gathered for the second time in Illkirch (close to Strasbourg) and were hosted by Aérial. The meeting was focused on the main advances carried out on the fermented vegetables food model with exiting results confirming the hypothesis postulated earlier in the project. Also, the evening before the meeting, Aérial organized a specific visit of the largest Sauerkraut producer in France, at a small village 30 km south of Strasbourg.
The DOMINO project is at the forefront of connecting microbiome science, food systems, and health in Europe. Recent activities highlight how DOMINO is driving innovation and fostering collaboration:
At the recent opening of the Ferments du Futur Innovation Center (CI2F) in Paris-Saclay, Killian shared insights about how our new plateform PIAM (Print, Image, Analytics and Micro-fermenters) housed in MICALIS supports innovation in industrial fermentation, microbial consortia development, and health-related applications.
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Yesterday on September 23rd, about 100 participants from academia, industry, NGOs and policy makers across Europe had joined the second Stakeholder Forum of Horizon Europe #DominoEU project. Four speakers Pr. Jutta Roosen from the Technical Universty of Munich, Dr. Emmanuella Magriplis associate professor from the Agricultural University of Athens, Dr. Michail Syrpas associate professor at Kaunas University of Technology in Lithuania and Dr. Nikoletta Vidra Science Manager at Yakult Europe altogether spotlighted the central role of consumer research in advancing the field of fermented foods.
The relationship between diet and the gut microbiome lies at the heart of both health and sustainability challenges. Understanding how dietary habits shape microbial diversity is key to developing new strategies for precision nutrition.
The French NEM (Nutrition & Microbial Ecosystems) network hold its annual meeting this last two days (5th – 6th of May) in Rennes. Julien Tap, researcher from the FME lab presented the first results of his Ferment du Future SynthPlex project and how Engineering food microbial consortia can be performed using microfermentors to reveal strain epistasis. With the Support of Holoflux and Digit-Bio INRAE Metaprogram, He also co-organized with Guillaume Gautreau from the MaIAge Unit a specific workshop on modelling of microbial ecosystems.