Medical research ethics committee (MREC) NedMec

Utrecht Science Park

MREC/METC NedMec reviews medical research with human subjects under Dutch and EU regulations, including WMO, CTR, MDR and IVDR.

MedTech Development & Prototyping Facility

Utrecht Science Park

UMC Utrecht’s product development team supports researchers and innovators with (medical) technology by providing design, engineering and prototyping services. The multidisciplinary team, offers realization of custom-built research equipment, parts, functional demonstrators, and even medical device prototypes ready for clinical use.

Metabolism Expertise Centre

Utrecht University

A metabolomics, lipidomics, and fluxomics facility providing expert-driven LC–MS analysis of small molecules and biological interpretation for academic and industry partners.

Find your Biofabrication facilities

Explore facilities using technologies such as 3D bioprinting, biomaterials and scaffold design to create functional tissue models. These capabilities support regenerative medicine, disease modelling and biomedical innovation.

Motion Capture and Virtual Reality Lab

Utrecht University

Motion Capture and Virtual Reality Lab

Multi-scale Spatial Omics Platform

Utrecht Science Park

The goal of the Multi-scale Spatial Omics Platform is to make spatial omics approaches more accessible to our UMC Utrecht researchers and beyond. To achieve this, we offer tailored support and guidance to enhance your research with our spatial technologies and strive to nurture a spatial community within UMC Utrecht. We also offer consulting and services to external users.

Netherlands Proteomics Center (NPC)

Utrecht University

The Netherlands Proteomics Centre (NPC) advances proteomics research in the Netherlands through cutting-edge technologies and collaborative support. We offer quantitative proteomics, PTM analysis, HLA detection, and characterization of intact protein complexes for life sciences, biotechnology, and medical research.

Find your High-throughput Screening Technologies facilities

Find facilities that enable large-scale screening of compounds, genes, cells or biological responses. These technologies accelerate discovery, optimization and validation in biomedical and translational research.

Ombion Centre for Animal-free Biomedical Translation

Utrecht Science Park

Ombion Centre for Animal-Free Biomedical Translation is a centre for valorisation and dissemination of animal-free innovations and expertise. We aim to improve and accelerate the translation of new biomedical innovations to patients and users, at lower costs, and without the use of animals. We offer a professional network, courses, and labs for automation, demonstration and education.

Pathology Research Core

Utrecht Science Park

The Pathology Research Core (PRC) facility provides state-of-the-art tissue processing and analysis services to support biomedical and clinical research. With expertise spanning sample collection, histopathology, organoid models and analysis techniques, for studies on both human and non-human tissues.

Princess Máxima Center Big Data Core Facility

Utrecht Science Park

The Big Data Core (BDC) advances biomedical research by developing genomic pipelines, cloud solutions and data management policies for bulk sequencing data in pediatric oncology. Central to making data accessible to researchers is the NL-4C resource. This is a cloud-based data resource and portal developed by the BDC that enables the visualization and exploration of virtual datasets to understand the clinical characteristics and mutational landscape of pediatric cancers within the Dutch population.

Find your Antibodies facilities

Find facilities specialized in antibody development, production, validation and application. These capabilities support biomedical research, diagnostics, targeted therapies and functional studies.

Princess Máxima Center Biobank

Utrecht Science Park

The Biobank stores excess tissue and data of children treated in the Princess Máxima Center. Scientists in the Máxima Center can file a request to use tissue and data for their research that is assessed by the Biobank and Data Access Committee (BDAC).

Princess Máxima Imaging Center

Utrecht Science Park

The 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 Park

The 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.

Find your Bioinformatics facilities

Find facilities that support the analysis, integration and interpretation of complex biological data. Expertise includes omics analysis, computational workflows, data visualization and research software support.

Medical research ethics committee (MREC) NedMec

Utrecht Science Park

MREC/METC NedMec reviews medical research with human subjects under Dutch and EU regulations, including WMO, CTR, MDR and IVDR.

MedTech Development & Prototyping Facility

Utrecht Science Park

UMC Utrecht’s product development team supports researchers and innovators with (medical) technology by providing design, engineering and prototyping services. The multidisciplinary team, offers realization of custom-built research equipment, parts, functional demonstrators, and even medical device prototypes ready for clinical use.

Metabolism Expertise Centre

Utrecht University

A metabolomics, lipidomics, and fluxomics facility providing expert-driven LC–MS analysis of small molecules and biological interpretation for academic and industry partners.

Find your MedTech facilities

Discover facilities supporting the development, testing and translation of medical technologies. These capabilities help researchers and innovators move from concept to prototype, validation and clinical application.

Motion Capture and Virtual Reality Lab

Utrecht University

Motion Capture and Virtual Reality Lab

Multi-scale Spatial Omics Platform

Utrecht Science Park

The goal of the Multi-scale Spatial Omics Platform is to make spatial omics approaches more accessible to our UMC Utrecht researchers and beyond. To achieve this, we offer tailored support and guidance to enhance your research with our spatial technologies and strive to nurture a spatial community within UMC Utrecht. We also offer consulting and services to external users.

Netherlands Proteomics Center (NPC)

Utrecht University

The Netherlands Proteomics Centre (NPC) advances proteomics research in the Netherlands through cutting-edge technologies and collaborative support. We offer quantitative proteomics, PTM analysis, HLA detection, and characterization of intact protein complexes for life sciences, biotechnology, and medical research.

Find your Biofabrication facilities

Explore facilities using technologies such as 3D bioprinting, biomaterials and scaffold design to create functional tissue models. These capabilities support regenerative medicine, disease modelling and biomedical innovation.

Ombion Centre for Animal-free Biomedical Translation

Utrecht Science Park

Ombion Centre for Animal-Free Biomedical Translation is a centre for valorisation and dissemination of animal-free innovations and expertise. We aim to improve and accelerate the translation of new biomedical innovations to patients and users, at lower costs, and without the use of animals. We offer a professional network, courses, and labs for automation, demonstration and education.

Pathology Research Core

Utrecht Science Park

The Pathology Research Core (PRC) facility provides state-of-the-art tissue processing and analysis services to support biomedical and clinical research. With expertise spanning sample collection, histopathology, organoid models and analysis techniques, for studies on both human and non-human tissues.

Princess Máxima Center Big Data Core Facility

Utrecht Science Park

The Big Data Core (BDC) advances biomedical research by developing genomic pipelines, cloud solutions and data management policies for bulk sequencing data in pediatric oncology. Central to making data accessible to researchers is the NL-4C resource. This is a cloud-based data resource and portal developed by the BDC that enables the visualization and exploration of virtual datasets to understand the clinical characteristics and mutational landscape of pediatric cancers within the Dutch population.

Find your Antibodies facilities

Find facilities specialized in antibody development, production, validation and application. These capabilities support biomedical research, diagnostics, targeted therapies and functional studies.

Princess Máxima Center Biobank

Utrecht Science Park

The Biobank stores excess tissue and data of children treated in the Princess Máxima Center. Scientists in the Máxima Center can file a request to use tissue and data for their research that is assessed by the Biobank and Data Access Committee (BDAC).

Princess Máxima Imaging Center

Utrecht Science Park

The 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 Park

The 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.

Find your Sustainability facilities

Explore facilities contributing to more sustainable life sciences research and healthcare innovation. These services support circularity, greener lab practices, sustainable materials, environmental impact reduction and responsible resource use.