Electron Microscopy Centre
Utrecht UniversityThe EM centre combines state-of-the-art equipment with cross-disciplinary scientists from the fields of life science, materials science and geoscience, supporting sample preparation, data collection and data analysis for EM projects, thereby making the techniques accessible to scientists with diverse research interests.
Exposome-Maps
Utrecht UniversityAn open geospatial data platform — developed by Utrecht University through the Exposome-NL and EXPANSE projects — providing researchers with 200+ harmonised environmental exposure surfaces across Europe. Covering air quality, noise, pesticides, green space, food environment, and socioeconomic factors, it enables multi-exposure epidemiological studies linking the urban environment to cardio-metabolic and pulmonary disease.
Exposome-Scan
Utrecht UniversityA joint Leiden–Utrecht University infrastructure using high-resolution mass spectrometry (LC-HRMS, GC-MS) to simultaneously measure thousands of chemicals — pesticides, pollutants, metabolites, pharmaceuticals — in blood, urine, and hair. It enables agnostic, hypothesis-free exposure profiling in large population cohorts, linking complex chemical mixtures to health outcomes and pharmaco-exposomics applications.
Find your Exposome facilities
Find facilities that support the measurement and interpretation of environmental exposures and their biological effects. Expertise includes exposure assessment, metabolomics, air quality monitoring, chemical screening and data integration to better understand how external factors influence health.
Flow Cytometry and cell Sorting Facility
Utrecht Science ParkThe Princess Máxima Center Flow Cytometry and Cell Sorting core facility aims at ensuring state-of-the-art equipment, as well as providing expertise and support for research groups that require Flowcytometry or Cell sorting.
Flow Cytometry Facility
Utrecht UniversityThe facility houses a 4-laser cell analyzer equipped with a small particle detector for measuring extracellular vesicles, a 5 laser cell sorter for high speed isolation of particles ranging from microorganisms such as yeast to various blood or tissue cells, and a 3 laser large particle sorter for sorting seeds and whole organisms including zebrafish embryos and C.elegans embryos and larvae.
High throughput Screening Facility
Utrecht Science ParkThe high-throughput screening facility is a large, advanced robotic system. Our goal is to enable laboratory automation of large-scale experiments, with a focus on drug screening. The research purpose is: Automation of laboratory experiments.
Find your Spatial Omics facilities
Explore facilities that analyse molecular information within the spatial context of tissues. Spatial omics technologies help researchers map cells, transcripts, proteins, metabolites and other biomolecules to better understand tissue organisation, cell-to-cell interactions and disease processes.
Hubrecht Imaging Center
Utrecht Science ParkThe Hubrecht Imaging Center enables scientists to visualize and analyze complex scientific questions using advanced microscopy technologies.
i-HUB – Plus Ultra Utrecht
Utrecht Science ParkDesigned to support the realisation of ideas, our concept Innovation HUB, or i-HUB for short, features fully-furnished labs and offices tailored to your research needs.
ICAT (Innovation Center for Advanced Therapies)
Utrecht Science ParkICAT, as part of UMC Utrecht aims to accelerate the development and clinical translation of Advanced Therapy Medicinal Products (ATMPs) by providing academia and industry with shared innovation labs, translational expertise and GMP manufacturing, combining the infrastructure and disciplines needed to bring innovative therapies from concept to patient.
Find your Regenerative Medicine facilities
Find facilities supporting research into tissue repair, replacement and regeneration. These capabilities include stem cell technologies, biomaterials, tissue engineering, biofabrication and translational development.
Induced Pluripotent Stem Cell Facility
Utrecht Science ParkThe induced pluripotent stem cell (iPSC) facility at UMC Utrecht offers services for generation and characterization of iPSC lines from patient blood or tissue samples using Sendai reprogramming. The facility also provides iPSC differentiations into various cell types and generation of 3D microtissues for in vitro disease modelling.
Innovation Lab (iLab)
Utrecht Science ParkStartups, SMEs, corporates, and public organizations can bring ideas to life at iLab. It connects education, research, and industry, fostering collaboration, hands-on innovation, and early-stage technology development with real-world impact. With ISO-certified labs, advanced equipment, and access to multidisciplinary teams, iLab makes prototyping, testing, and validating concepts easy.
Instantie voor Dierenwelzijn Utrecht/Animal Welfare Body Utrecht
Utrecht Science ParkThe Animal Welfare Body Utrecht is an authority of Utrecht University and UMC Utrecht. We advise and monitor animal experimentation and the 3Rs: replacement, reduction and refinement. Our tasks, largely based on the Animal Experiments Act, relate to animal welfare, alternatives, procedures, registration, supervision and communication with government agencies.
Find your Flow Cytometry facilities
Discover facilities offering advanced flow cytometry, cell sorting and single-cell analysis. These technologies support immunology, oncology, stem cell research, biomarker studies and functional cell characterization.