Princess Máxima Imaging Center
Utrecht Science ParkThe Princess Máxima Imaging Center offers an advanced imaging infrastructure, expert training, and dedicated experimental support. Our mission is to drive research forward by providing cutting-edge imaging technologies and equipment, enabling researchers to capture the dynamic spatial organization of biological processes using state-of-the-art imaging capabilities.
Scientific Committee (SciCom) Princess Máxima Center
Utrecht Science ParkThe Scientific Committee (SciCom) is responsible for ensuring that all (pre)clinical scientific research is of the highest possible quality and complies with all (legal) rules and regulations.
Scinus Cell Expansion
Utrecht Science Park ZeistScinus Cell Expansion supports scalable, automated cell culture and expansion using the Osilaris bioreactor platform, helping researchers develop controlled and reproducible workflows for adherent and suspension cell culture applications.
Find your Anatomy & Pathology facilities
Explore facilities offering expertise in tissue analysis, pathology workflows and anatomical research. These services support high-quality sample processing, imaging, diagnostics-related research and disease characterization.
Single Cell Analysis Center
Utrecht UniversitySupports you with experimental design of single cell sequencing experiments and bioinformatic analysis from quality control to publishable figures.
Single Cell Discoveries
Utrecht Science ParkWe are the only transcriptomics service provider built to deliver high-quality data quickly and reliably. We are scientist-led and technology-agnostic. Our team identifies the right workflow for your research and runs single-cell, bulk, spatial RNA sequencing or bespoke projects from RNA sample to bioinformatic analysis. You receive your results within two to four weeks.
Single Cell Genomics
Utrecht Science ParkThe SCG facility specializes in single-cell and spatial technologies guiding the research community with tailored experimental and computational workflows.
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.
Single domain antibody services – QVQ
Utrecht Science ParkQVQ is a CRO offering services and reagents around single-domain antibodies (sdAbs, also called VHHs, or nanobodies), including discovery, computational design, production and labeling.
Single-Cell Core
Utrecht Science ParkSingle-Cell Core provides a wide range of novel, state-of-the-art single-cell sequencing services to detect (epi)genomic changes on a single-cell level.
Trial and Data Center
Utrecht Science ParkThe Trial and Data Center is the central facility (one-stop-shop) for clinical trials and registries of the Princess Maxima Center.
Find your Microbiology facilities
Explore facilities with expertise in microorganisms, microbial systems and host-microbe interactions. These services support research in infection, microbiomes, antimicrobial resistance, biotechnology and environmental health.
UCyTOF
Utrecht Science ParkUCyTOF is an expertise center for Cytometry by Time-Of-Flight and is focused on supporting researchers in investigating disease processes in patient-derived material, mainly tissues and blood samples.
UMAB (Utrecht Monoclonal Antibody facility)
Utrecht Science ParkThe Utrecht Monoclonal Antibody Facility (UMAB) is the antibody facility of UMC Utrecht, specializing in the generation of high-quality monoclonal antibodies targeting surface proteins using a unique cell-based immunization method. In addition UMAB is specialized in sequencing antibody variable regions, as well as the production and purification of newly generated monoclonal antibodies.
UMC Utrecht Biobank Research Ethics Committee (TCBio)
Utrecht Science ParkThe Biobank Research Ethics Committee (TCBio) reviews procedures for the collection of human biological material and its use for medical scientific research that is not subject to the Dutch Medical Research Involving Human Subjects Act (WMO).
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.