Institut Pasteur, Paris
We are seeking an outstanding postdoctoral researcher with a strong background in bacterial genomics and evolutionary biology to join an ambitious project that will reconstruct the twentieth-century global evolution of Salmonella enterica serotype Typhi (S. Typhi), the human-restricted pathogen causing typhoid fever. This project offers a rare opportunity to work on a unique historical genomic resource and to answer fundamental questions in pathogen evolution by reconnecting classical epidemiology with modern bacterial genomics.
Laboratoire ERRMECe - CYU, Neuvilles sur Oise
A full-time, 24-month postdoctoral research position, starting in January 2027, is available in the ERRMECe laboratory (CY Cergy Paris Université, France) to develop genetically engineered bacteriophages against biofilm-associated Staphylococcus aureus infections. The project aims to establish innovative phage engineering strategies to enhance antibiofilm activity using a unique collection of clinically relevant Silviavirus bacteriophages currently deployed in compassionate-use programs in France, providing an exceptional translational framework for the development of next-generation phage therapeutics.
Université Claude Bernard, Lyon
Funded by ANRS-MIE (PEPR MIE), the position is part of the CCHFabric project. The main objectives of the project are to identify viral and host factors involved in assembly of Crimean Congo Hemorrhagic Fever Virus (CCHFV).
Institut Pasteur de Lille, France
The project will combine bacterial genetics, molecular microbiology, flea infection models and omics-based
approaches to identify bacterial determinants required for colonisation, survival and transmission in the flea
vector.
This position is embedded within a collaborative project spanning the natural, medical and human sciences,
with the broader aim of understanding the mechanisms that have shaped the spread, persistence and re-
emergence of plague, one of the most historically devastating infectious diseases.
Center of Infection & Immunity of Lille
The Center of Infection & Immunity of Lille is recruiting a postdoctoral researcher to develop physiologically relevant models for investigating the efficacy of mucosal adjuvants and vaccines in older individuals. This four-year research program integrates cell culture, immunological approaches, and bioinformatics analyses to advance the optimization of vaccines within the aging immune environment. The successful candidate will join an internationally recognized research institute in a highly collaborative and multidisciplinary setting. The project provides access to state-of-the-art facilities in cellular immunology, multi-omics, advanced flow cytometry, and BSL-2 infrastructure. The candidate should have a solid expertise in flow cytometry.
Contact : francois.trottein@pasteur-lille.fr
Mécanismes cellulaires et moléculaires de la biologie et de la pathogénicité des parasites protozoaires (ProBioPath)
Dès l’entrée au CNRS, ce contrat offre un environnement financier dédié et comprend des activités d’enseignement dans un établissement d’enseignement supérieur. Ces postes sont proposés en contrat à durée déterminée (CDD) de droit public d’une durée de 3 à 6 ans.
IRSL, Paris
Nous avons développé une approche innovante pour créer du tissu lymphoïde humain in vitro, en utilisant l’organisation des cellules mésenchymateuses et des PBMC. Ce projet nécessite désormais la consolidation de la méthode et le développement de tests fonctionnels pour le contrôle qualité et la mesure de l’activité des cellules T, B et stromales.
IRSL, Paris
À l’aide de différents modèles murins génétiquement modifiés et en collaboration avec l’INSERM U970/PARCC, nous avons découvert qu’un lipide bioactif est nécessaire à la différenciation des cellules dendritiques folliculaires (FDC). Le projet vise désormais à déterminer l’identité du ou des récepteurs impliqués, leur spécificité cellulaire et la voie de signalisation mise en jeu.
PARCC, Paris
The successful candidate will join the Kidney, Vessels, Inflammation and Metabolism (KVIM) team, which studies how immune, vascular Inflammation and Metabolism (KVIM) team, which studies how immune, vascular and metabolic pathways shape kidney injury and fibrosis. We investigate the cellular and molecular mechanisms that drive human kidney diseases, from early injury to organ failure.
Université Paris Cité, Paris
The successful candidate will join the Kidney, Vessels, Inflammation and Metabolism (KVIM) team, which studies how immune, vascular and metabolic pathways shape kidney injury and fibrosis. We investigate the cellular and molecular mechanisms that drive human kidney diseases, from early injury to organ failure. The postdoctoral project will focus on understanding how epithelial metabolic programs shape signalling with fibroblasts and immune cells in the fibrotic kidney niche, using both experimental models and human samples.