Our precision antibacterial solutions use bacteriophages and their derivatives to deliver a selective action on specific bacterial species or strains.
The specificity of the antibacterial action preserves the bacterial ecosystem, and the generated residues are natural and biodegradable.
New applications are possible as an alternative or in addition to usual antibacterial solutions which generate antibiotic resistance and residual pollution.
Bacteriophage-technology also allows to regulate a precise bacterial population among others in the same environment.
Greenphage natural antibacterial solutions
Ready-to-use products or bespoke specific solutions, based on our 2 technologies:
Combination of virulent bacteriophages: active microorganisms with capacities of amplification
Bacteriophage-derived particles: natural protein complexes with bactericidal activity
Specific & rapid
bactericidal action
Natural
biological entities
= biodegradables
High
efficiency
Bypass bacterial
resistance
High
selectivity
Scientific partnerships
The Biology of Staphylococcal Infections team
(VBIC – INSERM, UM)
3-year collaboration on the co-development of bacteriophage-based therapeutic applications with Dr. Virginie Molle’s team and the team led by Prof. Jean-Philippe Lavigne, head of the Microbiology and Hospital Hygiene Department at Nîmes University Hospital. Co-supervision of a thesis in progress.
The Microbial Ecology Laboratory
(LEM – Lyon1, CNRS, VetAgroSup, INRAE)
PHAG-2S project , CASDAR-funded project, aims to explore phagotherapy as a new strategy to control plant bacterial diseases in agriculture. Co-supervision of a thesis in progress.
The Tropical and Mediterranean Symbiosis Laboratory
(LSTM – IRD, CIRAD, INRAE, UM, Institut Agro)
Collaboration over the last 6 years on the co-development of plant health applications.
“Salad Care” project winner of the MUSE AAP Companies on Campus 2018.
Contact us to know our ready-to-use products projects
or to study your requirements