SciTransfer
Organization

BioDetection Systems B.V.

Dutch SME providing bioassay-based toxicity testing and chemical risk assessment for food safety, water quality, and environmental health projects.

Technology SMEhealthNLSME
H2020 projects
10
As coordinator
1
Total EC funding
€4.9M
Unique partners
191
What they do

Their core work

BioDetection Systems (BDS) is a Dutch SME specializing in bioassay-based toxicity testing and chemical risk assessment. They develop and apply biological detection tools — particularly reporter gene assays — to screen for hazardous substances in food, water, and the environment. Their work bridges computational toxicology and lab-based bioassays, making them a go-to partner for projects that need to detect endocrine disruptors, PFAS, or other chemical contaminants. They contribute toxicological screening expertise to large European consortia tackling food safety, water quality, and next-generation risk assessment.

Core expertise

What they specialise in

Toxicity testing and bioassaysprimary
5 projects

Core contributor to EU-ToxRisk, PROTECTED, RISK-HUNT3R, PROMISCES, and AquaNES — all centered on detecting and assessing chemical hazards using biological test systems.

Chemical risk assessment and AOPsprimary
3 projects

EU-ToxRisk and RISK-HUNT3R focus explicitly on adverse outcome pathways (AOPs), computational modelling, and mechanism-based toxicity testing.

Food safety and contaminant detectionsecondary
3 projects

SAFFI targets infant food safety, FUNGUSCHAIN involves agrowaste valorization, and PROTECTED addresses endocrine disruptors in the food chain.

Water quality and PFAS monitoringsecondary
3 projects

PROMISCES tackles persistent mobile substances and PFAS in water systems; AquaNES demonstrated water treatment processes; ANSWER addressed antibiotic resistance in wastewater reuse.

Bio-based materials toxicity profilingemerging
2 projects

CHAMPION (bio-based polymers) and ReSolve (renewable solvents) both required toxicity profiling of new bio-based chemicals, a growing niche for BDS.

Evolution & trajectory

How they've shifted over time

Early focus
Systems toxicology and AOPs
Recent focus
Applied chemical safety screening

In their early H2020 period (2015–2019), BDS focused squarely on systems toxicology and computational risk assessment — building AOPs, modelling biokinetics, and developing mechanism-based testing frameworks through projects like EU-ToxRisk and PROTECTED. From 2020 onward, their focus diversified into applied domains: food safety for infants (SAFFI), PFAS and persistent chemicals in water (PROMISCES), and toxicity screening of bio-based materials (CHAMPION, ReSolve). The shift shows a company moving from foundational toxicology research toward real-world chemical safety applications across food, water, and circular economy sectors.

BDS is moving toward applied safety screening for emerging contaminants (PFAS, bio-based chemicals) and food safety — expect them to seek projects where bioassays meet regulatory or industrial needs.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European28 countries collaborated

BDS operates almost exclusively as a specialist partner, contributing toxicological testing expertise to large consortia rather than leading them. They coordinated only one project (FUNGUSCHAIN) out of ten, and their 191 unique partners across 28 countries indicate they are well-networked and comfortable integrating into diverse teams. Their consistent role as a niche contributor makes them a reliable, low-overhead partner — they bring a specific capability without competing for project leadership.

BDS has collaborated with 191 unique partners across 28 countries, giving them one of the broadest networks you'd expect from an SME of this size. Their partnerships span universities, research institutes, and industry across most of Europe, with additional reach into China through the SAFFI project.

Why partner with them

What sets them apart

BDS occupies a rare niche: they are a private SME that provides bioassay-based toxicity screening as a service to large research consortia. Unlike universities that develop assays for publications, BDS delivers standardized, reproducible testing that feeds directly into risk assessment frameworks. Their ability to operate across food, water, health, and materials sectors — always through the lens of biological hazard detection — makes them uniquely versatile for any consortium that needs toxicological validation of chemicals, products, or environmental samples.

Notable projects

Highlights from their portfolio

  • FUNGUSCHAIN
    Their only coordinator role and largest single funding (EUR 980,875) — a BBI demonstration project valorizing mushroom agrowaste, showing they can lead industry-oriented work.
  • EU-ToxRisk
    Flagship 5-year toxicology program (EUR 960,219 to BDS) that defined the next generation of mechanism-based risk assessment across Europe.
  • PROMISCES
    Directly addresses PFAS contamination and zero-pollution goals — a high-priority regulatory topic where BDS provides toxicological screening tools.
Cross-sector capabilities
Food safety and contaminant screeningWater quality and environmental monitoringBio-based materials safety assessmentCircular economy — toxicity profiling of recycled/recovered materials
Analysis note: Strong profile supported by 10 projects with clear thematic coherence. Some early projects (ANSWER, AquaNES, ReSolve) lack keyword data, so their exact contribution is inferred from project titles and BDS's known expertise. The company name itself — BioDetection Systems — strongly corroborates the bioassay/screening specialization visible across the portfolio.