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The ANR Metasimfood project was launched in January 2022 for 4 years and is coordinated by Micalis Institute (Coordinator: Stephane Chaillou). The project involves six partners and was funded for 770 k€.
The objective of Metasimfood project is develop generic scientific approaches to help rapidly understand and anticipate the effects of multiple and complex changes related to modifications associated with fermented food production (sustainability issues). One of main guideline is to learn how to use the biodiversity of food microbiota as a lever.
Two food models will be studied and several challenges will be tackled:
The goal of the project is to develop a knowledge-driven approach using synthetic ecology that aims, through the reconstitution of model foods, to predict the behaviour of microbial communities under different constraints. The objective of this strategy is to demonstrate that the production of meta-omics data (gene expressions at the ecosystem scale; global analyses of metabolite production) organized in microbial ecological networks by computational approaches is relevant to anticipate the impacts described above. Furthermore, the project will take advantage of the biodiversity of microbial strains available in partner’s collections for the construction of tailor-made microbial consortia based on the functional properties required to adapt to the expected ecological network changes. Finally, our hypothesis and the solutions obtained on model and simplified foods will be tested at the pilot scale of fermentations of real food to evaluate their validity and the organoleptic and/or nutritional relevance.
To get more information about the project, the results and associated communication events, please connect to the website:
Jul 04, 2023
The meeting was organised by sayfood partner in the brand new AgroParisTech building in Palaiseau. These two days were focussed on the milestone around the construction of the food models and construction of artificial microbial communities. We are glad that this important milestone is validated. The project will now enter a more ambitious phase, implementing synthetic ecology strategies to model microbial interactions in the project’s two models (wine and fermented vegetables). The meeting was punctuated by a very pleasant dinner at the living-room in Palaiseau.