SciTransfer
Organization

PRODIGEST

Belgian biotech SME bridging gut microbiome research and siRNA nanotherapy, with expertise in IBD, Candida infections, and preclinical translational models.

Technology SMEhealthBESMENo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€720K
Unique partners
29
What they do

Their core work

PRODIGEST is a Belgian biotech SME specializing in gut microbiome research, preclinical disease models, and translational biology for digestive and infectious diseases. Their work spans two distinct but connected domains: developing siRNA-based nanotherapies targeting Janus kinase pathways for inflammatory bowel diseases, and characterizing the complex interplay between fungi (primarily Candida), the human microbiota, and host immunity in the context of fungal infections. They contribute preclinical expertise — including ex vivo infection models, omics profiling, and animal models — to large European research consortia. Based in Gent-Zwijnaarde, Belgium, a recognized life sciences hub, PRODIGEST operates at the interface of academic-grade research and industrial translation.

Core expertise

What they specialise in

Gut microbiome and mucosal biologyprimary
2 projects

Both NEW DEAL and FunHoMic involve gut-centric research — IBD mucosal barrier biology in the former and microbiota-fungal interactions in the latter.

siRNA nanotherapy and colon-targeted drug deliveryprimary
1 project

NEW DEAL (2017–2021) focused on nanostructured lipid carriers and polymer capsules engineered for colon-targeted JAK inhibition via siRNA.

Fungal infection biology and host-microbiota interactionsprimary
1 project

FunHoMic (2019–2023) examined Candida-host-microbiota dynamics using omics technologies, ex vivo infection models, and immunology readouts.

Preclinical and translational disease modelssecondary
2 projects

Both projects cite animal models, ex vivo systems, and a path toward clinical translation as core methodological contributions.

Omics-based biomarker and immunology profilingemerging
1 project

FunHoMic lists omics technologies and immunology as core research tools, suggesting growing capability in data-driven disease characterization.

Evolution & trajectory

How they've shifted over time

Early focus
siRNA nanotherapy for IBD
Recent focus
Fungal-microbiota-host interactions

In their early H2020 work (2017–2019, NEW DEAL), PRODIGEST was focused squarely on therapeutic engineering: siRNA delivery, nanoparticle formulation, colon targeting, and the JAK signaling pathway in IBD — a technology-heavy, translational agenda. By 2019, with FunHoMic, their focus shifted toward systems-level biology: fungal ecology, host immunity, and microbiota dynamics studied through omics and infection models rather than drug formulation. This suggests a broadening from "how do we deliver a therapeutic to the gut?" toward "how does the gut's microbial ecosystem drive disease?" — a shift from engineering toward mechanistic understanding.

PRODIGEST appears to be evolving from targeted drug delivery into broader microbiome systems research, positioning themselves for consortia working on infection, dysbiosis, and host-immune regulation — a growth area in EU Horizon funding.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European7 countries collaborated

PRODIGEST has participated exclusively as a consortium partner — never as coordinator — across both of their H2020 projects. Despite only two projects, they have engaged with 29 unique partners across 7 countries, which indicates they join large, multi-partner research consortia where they provide specialist expertise rather than organizational leadership. This profile suggests they are a reliable niche contributor: organizations building consortia around gut health, microbiome, or translational therapeutics would bring PRODIGEST in for their preclinical capabilities, not to manage the consortium.

PRODIGEST has built a network of 29 unique partners across 7 countries from just two projects, indicating they participate in broad, international research consortia. Their network spans multiple European countries, consistent with the typical academic-industrial composition of RIA and MSCA-ITN projects.

Why partner with them

What sets them apart

PRODIGEST occupies a rare niche as a private SME with deep expertise in both gut therapeutic delivery and fungal-microbiome biology — two areas that are increasingly converging in the context of post-antibiotic dysbiosis and mucosal immunity. Most organizations in this space are academic; PRODIGEST brings an industry perspective with a mandate for clinical translation and scale-up, as explicitly flagged in NEW DEAL. For consortium builders, this makes them a valuable bridge between basic microbiome science and practical therapeutic development.

Notable projects

Highlights from their portfolio

  • NEW DEAL
    Their largest project (EUR 463,344), combining siRNA therapeutics with nanoparticle engineering for colon-targeted IBD treatment — a technically ambitious drug delivery challenge with clear clinical relevance.
  • FunHoMic
    An MSCA-ITN training network focused on the underexplored fungal component of the human microbiome, demonstrating PRODIGEST's ability to contribute to doctoral training consortia in emerging biomedical fields.
Cross-sector capabilities
food and nutrition (gut microbiome, fermentation, functional ingredients)manufacturing (industrial scale-up of nanotherapeutics and lipid carriers)research excellence and doctoral training (MSCA-ITN participation)
Analysis note: Profile is based on only two projects, which limits confidence in claimed expertise breadth. However, the two projects are thematically coherent and keyword-rich, and the organization's name and Gent-Zwijnaarde location (a known Belgian life sciences cluster) corroborate the gut/microbiome positioning. The absence of a coordinator role and the relatively modest total funding suggest this is an early-stage or deliberately partner-focused SME. A web review of prodigest.eu would significantly sharpen this profile.