SciTransfer
Organization

EXOMNIS BIOTECH

Dutch biotech SME developing bacterial delivery systems for cancer immunotherapy, with expertise in immuno-radiotherapy clinical trials.

Technology SMEhealthNLSMEThin data (2/5)
H2020 projects
4
As coordinator
1
Total EC funding
€116K
Unique partners
44
What they do

Their core work

Exomnis Biotech is a Maastricht-based biotech SME focused on cancer immunotherapy, particularly developing targeted biological delivery systems for immunomodulatory drugs. Their core work involves using engineered Clostridium bacteria as precision delivery vehicles for cancer therapeutics, and they contribute expertise to clinical trials combining immunotherapy with stereotactic ablative radiotherapy (SABR). They operate at the intersection of microbiology, oncology, and drug delivery — a niche but commercially relevant space in precision cancer treatment.

Core expertise

What they specialise in

Bacterial drug delivery systems for cancerprimary
1 project

CMI2T IA project developed harmless Clostridium bacteria as a targeted, continuous delivery system for immunomodulatory therapies — their only coordinated project.

Cancer immunotherapy (immuno-radiotherapy combinations)primary
2 projects

IMMUNOSABR trial combined L19-IL2 immunotherapy with SABR for metastatic lung cancer; RADIATE focused on radiation therapy innovations.

Radiomics and personalized cancer diagnosticssecondary
1 project

PREDICT project explored radiomics as a decision support tool for diagnostics and theragnostics in personalized medicine.

Radiation therapy innovationsecondary
2 projects

Both RADIATE and IMMUNOSABR involve radiation-based treatment approaches, indicating sustained engagement in this domain.

Evolution & trajectory

How they've shifted over time

Early focus
Radiation therapy research
Recent focus
Immunotherapy delivery systems

Exomnis Biotech's H2020 involvement spans a narrow window (2015–2017 start dates), making long-term evolution difficult to assess. Their early work centered on radiation therapy education and training (RADIATE, 2015), while their 2017 projects show a clear pivot toward clinical immunotherapy applications — combining SABR with immunomodulators (IMMUNOSABR) and developing bacterial delivery systems (CMI2T IA). The trajectory suggests a move from supporting radiation research toward developing proprietary immunotherapy delivery technology.

Exomnis appears to be building toward proprietary biological drug delivery platforms for cancer immunotherapy, making them a potential partner for clinical-stage immuno-oncology projects.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European8 countries collaborated

Exomnis Biotech primarily joins projects as a third party or partner (3 of 4 projects), contributing specialized expertise rather than leading large consortia. They coordinated one SME Instrument project (CMI2T IA), which is typical of small biotechs validating a commercial concept. With 44 unique consortium partners across 8 countries, they have broad exposure to European research networks despite their small size — suggesting they are a sought-after niche contributor rather than a consortium builder.

Despite being a micro-scale SME, Exomnis has collaborated with 44 unique partners across 8 countries, largely through large MSCA training networks and clinical trial consortia. Their network is concentrated in the oncology and radiation therapy research communities of Western Europe.

Why partner with them

What sets them apart

Exomnis Biotech occupies a rare niche: using engineered bacteria (Clostridium) as targeted delivery vehicles for immunotherapy drugs in cancer treatment. This biological delivery approach differentiates them from conventional nanoparticle or antibody-drug conjugate companies. For consortium builders, they bring a specialized technology platform that bridges microbiology and oncology — useful for projects needing a drug delivery partner with clinical trial experience.

Notable projects

Highlights from their portfolio

  • CMI2T IA
    Their only coordinated project, funded through the SME Instrument — validates their Clostridium-based immunotherapy delivery system as a commercially viable concept.
  • IMMUNOSABR
    A phase II clinical trial combining L19-IL2 immunotherapy with SABR for metastatic lung cancer — demonstrates involvement in high-impact translational oncology research.
Cross-sector capabilities
Biotechnology and microbial engineeringDrug delivery and pharmaceutical developmentPersonalized medicine and diagnosticsRadiation technology applications
Analysis note: Limited data: only 4 projects with a narrow activity window (2015-2017 starts), only 1 project with recorded EC funding (EUR 115,625). Three projects lack keyword data. The bacterial delivery system focus is inferred primarily from the CMI2T IA project title. No website available for verification. Profile should be treated as indicative rather than definitive.