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© CiM

Cells in Motion Newsletter release 2024

It’s been a year full of large and small projects to promote interfaculty collaborative research and interdisciplinary careers in cell dynamics and imaging. As every year, our annual newsletter highlights some of our network activities.

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© Bastian Maus, Cornelius Faber / CiM

Science on the Christmas tree

In what has become something of a tradition, we have adorned a Christmas tree bauble with an image from recent biomedical research. This year, shimmering in silver and gold, it depicts nerve fibres in the brain of a mouse that have been visualised using diffusion-weighted magnetic resonance imaging. We hope you enjoy our Christmas decorations and find the science behind them fascinating!

Welcome!

The Cells in Motion (CiM) Interfaculty Centre brings together and supports researchers from medicine, biology, chemistry, pharmacy, mathematics, computer science and physics who join forces to work on a big topic: They investigate how cells behave in organisms. To this end, they employ and develop innovative imaging methods. Our interfaculty network is the centrepiece of the University of Münster’s research focus in “cell dynamics, inflammation and imaging”.

Pilot projects: Apply now!

In interdisciplinary teams, doctoral researchers and postdocs can now apply for funding for their first own research projects.

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© Uni Münster - Florian Kochinke

“Consolidator Grant” for Seraphine Wegner

Biochemist Prof Seraphine Wegner has received an ERC Consolidator Grant from the European Research Council. She wants to get biological cells to communicate with each other using light signals.

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Millions in funding for research into imaging inflammation

The Collaborative Research Centre 1450 “inSight – Multiscale imaging of organ-specific inflammation” at the University of Münster will receive approximately 13 million euros from the German Research Foundation for a second funding period of four years. In this project, researchers are investigating how the body regulates inflammation in different organs and are, to this end, developing a specific multiscale imaging methodology.