Our team combines diverse and complementary skills ranging from molecular and cellular microbiology to genomics and bioinformatics. We have set up multidisciplinary approaches in order to characterize in depth bacteriophages, viruses of bacteria, that exhibit multiple and fascinating aspects and are also promising therapeutic agents as well as biocontrol tools.
Our research is organized around three main goals:
i. Phage / bacteria interactions and regulatory networks integration
ii. Phage diversity and genomics
iii. Phages as therapeutic agents and biocontrol tools
Our group is a founding and active member of the Phages.fr network which allows us to be part of the evolution of our research field and promote new collaborations. We are also deeply involved in Microbiology education at Aix-Marseille University as well as in science dissemination.
We host trainees from all education levels, feel free to contact us to join this dynamic and exciting research field!
HieVi: protein Large Language Model for proteome-based phage clustering From S. Panigrahi, M. Ansaldi & N. Ginet The “Phage Cycle and Bacterial Metabolism” team at
Félicitations à Julián Bulssico qui a reçu le Prix de Thèse de la Société Française de Virologie lors des dernières Journées Francophones de Virologie à
Are you interested in Microbiology? Do you want to experience the day-to-day life of a scientist and/or an engineer in an academic laboratory? Do you
On 6/07 Naoual defended her thesis on Appy, a regulator of phage origin with a bi-functional role in host physiology. This was the end of
Découvrez notre premier episode des Chroniques Microbiennes ! Considérés comme l’entité biologique prédominante sur Terre, découvrez les bactériophages, ces virus de bactérie. Le monde microbien reste
Julian Bulssico takes part in the “my thesis in 180 seconds” competition. Eleven other candidates from AMU will share their scientific research with you in
Clément joined our team for his M2 internship under the supervision of Nicolas Ginet. He works on the characterization of bacteriophage T5 strategies to bypass
Research in this axis focuses on the integration of (pro)phage proteins into the bacterial regulatory network, allowing them to either take control of the host in order to multiply in the case of virulent phages, or, on the contrary, to confer a selective advantage when considering prophage-encoded regulators.
Legend : Tracking infection with fluorescent phages
Legend : Phages@LCBLegend : Host-prophages interactions
Phages are at heart of the genomic “dark matter”. We wish to increase the knowledge on phages to enrich the databases and to discover new functions. Part of our work consists in isolating new phages and characterizing them at the infectious and genomic levels, which opens the way to further molecular studies.
Legend : Mixed plaques of phagesLegend : Phage bouquet
Legend : Siphophage kiss
Antibiotic-resistant strains makes phages a weapon of choice in the fight against bacterial infections. We work on the therapeutic potential of phages in combination with antibiotics at the single-cell level. We also develop biocontrol and diagnostics tools to control bacterial infections.
Legend : Phage DNA injection caught in the act
Legend : Pills of phages (credit: Eliza Wolfson @eliza_coli)
Group leader / Research director (DR-CNRS)
Researcher (CR-CNRS)
Researcher (CDD-AMU)
PhD student (PhD-AMU)
Trainee (Master 2)
Trainee (Master 2)
