This is a match-making section for OHAMR Call for proposals 2026.
H - Human Health
A - Animal HealthMicrobiota; Microbiome; Fermenter; Sequencing; Functional Screening
Metagenopolis, an INRAE research unit expert in Gut microbiome science applied to human and animal health and nutrition, offers platforms and technologies that map microbiota and characterize its function: • High-Throughput Quantitative Metagenomics (WGS): Deep, strain-level profiling with functional annotation, backed by expert biostatistics and bioinformatics. By comparing microbial signatures in healthy versus infectios diseases patients, our mapping tool can identify microbiome “neighborhoods” with high precision, facilitating more efficient next-generation probiotic and microbial consortium design • Fermenter System – A human-relevant ex vivo gut model to study product–microbiota interactions under conditions such as antibiotic exposure, pathogen influence, or antimicrobial/microbiome therapies. It helps assess product efficacy, toxicity and its impact on microbiome, supporting development of compounds that limit resistance. • Functional Cell-Based Screening – Host–microbiota assays to evaluate gut barrier integrity and immune responses to new antibiotics or biotherapeutics, enabling earlier de-risking of candidates before clinical trials. • The French Gut Database – Over 10,000 sequenced participants (of a planned 100,000) with extensive dietary and clinical metadata. This enables mapping of AMR genes and microbiome signatures linked to environmental and nutritional factors, chronic infections, antibiotic exposure and resistance risk, as well testing microbial therapeutics on selected cohorts.
To develop a next-generation microbial consortium as a novel antimicrobial intervention targeting AMR-associated pathogens. The consortium will be evaluated through a full preclinical and translational pipeline, including ex vivo gut fermenter experiments to assess microbiome integration, antimicrobial efficacy, pathogen suppression, AMR gene reduction, and toxicity and safety profiles. Complementary functional cell-based screening will characterize mechanisms of action such as epithelial barrier protection, immune modulation, and anti-inflammatory effects. Successful candidates will advance to clinical or in vivo studies to validate efficacy in reducing infection incidence and antibiotic use.
Submitted on 2025-12-10 07:28:07
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