Our Latest Review on Advances in Metabolism Modelling for Plant-Microbe Interactions
We are pleased to announce a new review on the latest advances in metabolic modelling to unravel the complexity of plant-microbe interactions, written in collaboration with Feth El Zahar Haichar from INSA Lyon.
Indeed, It marks a significant milestone for our talented PhD student, Amélie Caddeo, with her first publication, who is conducting her research in partnership with the IRHS (INRAE) Angers, focusing a microbial community associated to plant.
The first author, Clara Blonde, an INSA PhD Student, did a great job to present clearly the technology and hightlight the recent scientific literature.
The review explores the progress and challenges in modelling plant-microbe interactions, with a particular focus on metabolic network modelling.
This publication highlights our important collaboration with Zahar Haichar, which began few years ago, to deploy systems biology approaches in plant pathogen interactions. We are excited about this first joint communication and look forward to published discoveries through our continued collaboration in metabolism modelling.

The MAP laboratory at INSA Lyon has a rich history in modelling, with pioneering research by William Nasser and Sylvie Reverchon on the pathogen Dickeya dadantii. Their dedication to understanding biological systems through mechanistic modelling and training PhD students in these approaches is vital to grow the next generation of biologists, a goal we wholeheartedly support at iMEAN. We are proud to have Raphael Forquet on our team, who completed his PhD under Sylvie’s supervision, focusing on modelling transcriptional regulation by DNA supercoiling.
We are committed to playing our part in training the next generation of systems biologists, with the support of the Association Nationale Recherche et Technologie (ANRT).
To learn more about this publication in New Phytologist, https://nph.onlinelibrary.wiley.com/doi/10.1111/nph.70063