Visit our exhibition!

Opening hours

Exhibition opening and tours with scientists
Sunday, 2 February 2025, 10:00 am to 2:00 pm

Tours at 10:30 am, 11:30 am, 1:00 pm (in German, approx. 30 minutes, no registration required)

Light projections on the artwork “Re | Solution”
Tuesday, 4 February and Tuesday, 11 February 2025, 5:00 to 7:00 pm

Opening hours year-round
Mondays to Fridays 10:00 am to 4:00 pm
(except public holidays and school Christmas holidays)
Light projections on request or when daylight is muted.
Admission to the exhibition is free.

The exhibits are located in the foyer of our research building, where our scientific activities take place. In exceptional cases, access to the exhibits may therefore be restricted.

Groups: Please contact us in advance if you wish to visit with a group as scientific events take place in the exhibition area from time to time.

Useful information for visitors

You can access the information about the exhibits via QR codes using your smartphone. Free WiFi is available. The exhibition is in both German and English.

Information about sensitive content: The exhibition features content relating to medical conditions such as strokes and cancer, as well as to animal experiments in biomedical research.

Venue address

The Multiscale Imaging Centre
© Uni MS/Michael Kuhlmann

Multiscale Imaging Centre at the University of Münster
Röntgenstrasse 16, D-48149 Münster

Bus stops:
Schreiberstrasse, Mendelstrasse, Park & Ride Coesfelder Kreuz

Parking:
Fachhochschulzentrum car park 2 (Corrensstrasse 25, 300 m, 3 minutes’ walk)
Park + Ride Coesfelder Kreuz (700 m, 10 minutes’ walk)
Parking on Röntgenstrasse is only available to employees.

The exhibits are wheelchair accessible.

Contact

Tel.: +49 251 83-35500
cim@uni-muenster.de
You will find us in the MIC office on the first floor (room 110.118) and in the science communication office on the second floor (room 120.217).

The Multiscale Imaging Centre

At the Multiscale Imaging Centre (MIC) we study how cells behave in organisms in order to understand how organisms develop, how they remain in a state of healthy balance and what happens when they are affected by disease. To do this, we use microscopic and preclinical imaging techniques and develop new ways of labelling cells, recording images and analysing the data.

From cell to patient: we use a broad spectrum of imaging techniques at the University of Münster and develop innovative methodological strategies for our imaging. This enables us to transcend space-time dimensions and take a holistic view of organisms in order to analyse the processes taking place within them.
© CRC inSight - Uni Münster

Various imaging technologies can be used to investigate different aspects of processes in cells and organisms: high-resolution microscopy enables us to magnify minute structures and examine individual cells and their building blocks in detail – yet only ever provides a spatial “snapshot” of the organism. (Pre)clinical imaging techniques such as magnetic resonance imaging and positron emission tomography have a lower resolution than microscopes, but do allow us to view the entire organism with its tissues and organs. Our broad spectrum of methods enables us to examine individual cells, tissues and organs, as well as organisms as a whole – we call this multiscale imaging.

Experts engaged in discussion during a scientific symposium at the Multiscale Imaging Centre
© Uni Münster/Erk Wibberg

The Multiscale Imaging Centre is the central research building of the Cells in Motion Interfaculty Centre (CiM) at the University of Münster. CiM brings together and supports around 90 research groups from the fields of medicine, biology, chemistry, pharmacy, mathematics, computer science and physics. Our research building provides a central meeting place for our scientific community in Münster as well as for international guests. Around 200 people from ten institutes work within a joint interfaculty infrastructure at the MIC. They pool a key part of the broad-ranging expertise in biomedical imaging and the associated technologies at the University of Münster, which they use to investigate the behaviour of cells in organisms.