The Image Analysis Core Facility runs an open service in image analysis to help life scientists visualize, analyze, and extract quantitative information from their bioimaging datasets. We can quickly guide and train our users in the most suited software solutions and develop new image analysis workflows customized to the needs of their scientific research projects. The service is provided fully remotely or in person from our premises.
The facility actively promotes open science and resource sharing. We are also involved in teaching activities in bioimage analysis and image data management.

Visit webpage

The microscope Core Facility at Department of Science and Environment, Roskilde University provides access to confocal microscopy and image analysis technical support, training and consultation to RUC students, staff and external users. We are a small facility specializing in 3D quantitative imaging of fixed and living samples spanning from bacteria to cells and tissues.

We have an inverted scanning confocal microscope equipped with incubator for live cell imaging and an inverted scanning 2-photon confocal microscope. We also provide access to commercial 3D image analysis software.

Click here for more details and contact information

AU Bioimaging Core Facility provides state-of-the-art equipment for a wide range of light microscopy applications. Through personal training and assistance, we support users in performing professional bioimaging efficiently.

All systems are designed to cover most bioimaging applications with a strong focus on meeting future requirements and minimizing complexity for users. We focus on microscopy knowledge sharing and offer access to advanced bioimaging software, our expertise in image data analysis, and project based microscopy education.

Visit website

BIM – the core facility for Bioimaging at the Danish Cancer Society Research Center offers access to cutting-edge light microscopy technologies. Internally we offer training and autonomous use of 10 microscopes for free. External scientists are welcome at the DCRC to do super-resolution and high throughput automated microscopy on living or fixed samples, for a fee.

Visit website

CFIM - Core Facility for Integrated Microscopy - is a technology platform offering access to a wide range of state-of-the art light and electron microscopes. Besides hosting equipment, CFIM provides expertise, training, and support.

Visit website

CAB is a core facility center at the University of Copenhagen and offers an instrument park unique in Denmark. PhD students, postdoctoral fellows, scientific staff and external users may get access to advanced microscopes after expert training by the CAB team. Download CAB presentation to know what services they offer and the high expertise of their staff.

Visit website

The Danish Molecular Biomedical Imaging Center (DaMBIC) at the University of Southern Denmark, Odense, Denmark with two nodes: at the Natural Science Faculty (DaMBIC-NAT) and at the Health Science Faculty (DaMBIC-SUND).

The DaMBIC-NAT core facility provides access to state-of-the-art microscopy equipment, training and assistance required for the whole range of light microscopy for imaging specimens ranging from single molecules to cells and tissue.

The Center for Quantification of Imaging Data from MAX IV (QIM) develops algorithms for quantitative image analysis in order to support the research carried out at the MAX IV imaging facilities. The QIM team is experienced in analyzing samples across a wide range of scientific disciplines and projects are carried out either in close collaboration with experimental scientists or on a consultancy basis. The developed tools are available to the public on the qim.dk website or through access to the QIM High Performance Computing platform.

Visit Website

The Translational Imaging Center (TIC) we brings together excellent research areas at DTU needed to establish a world-leading environment for research, education and innovation in novel, advanced healthcare technologies. TIC partners up with industry and the health sector to ensure succesful translation of technology from research to the clinic. TIC taps into the activities within networks such as the Danish Bioimaging Network and Euro-Bioimaging, where the facility will be offered as an open access infrastructure for all life science researchers.

Visit website