News

Mon, 09/05/2022
Scientific Retreat including public Webinar
Muenster. For the first time after a longer pandemic-related break, the SFB 128 will host an onsite retreat. On Thursday and Friday, 23 and 24 June, the participating scientists will meet in Muenster to present the current status and developments of their projects. The event is also an opportunity for the exchange and the discussion […]...more
Wed, 19/01/2022
One drug – different effects: Metabolism of immune cells influences mode of action and could be an indicator for side effects
Muenster – One person can eat large amounts of pasta and still be a small dress size while another looks at a piece of chocolate and puts on weight: metabolism varies between individuals – and this goes beyond a subjective feeling. What is apparent in the overall organism also applies to each cell: the metabolism […]...more
Tue, 14/12/2021
Save the date: 2nd Inflammation & Imaging Symposium
Münster. Save the date: 12-14 September 2022! We cordially invite you to join this international symposium, jointly organized by the research networks CRC 1450, CRC 1009, CRC 1348, CRU 342, CRC/TR 128 and the Cells in Motion Interfaculty Centre at the University of Münster. At the same time, we will officially open the new research […]...more


Thu, 16/03/2017 | SFB Scientists reprogram skin cells to brain cells to facilitate neurological research

SFB scientists Prof. Tanja Kuhlmann und Dr. Marc Ehrlich generate oligodendrocytes from skin cells (photo: FZ/E. Deiters-Keul)

Münster. (mfm/jr) Whether it be math, writing, reading or learning a new language: brain cells give us astonishing brainpower every day. When these cells are damaged by neurological diseases, cells cannot be simply sampled and analyzed in a petri dish. Scientists from the University of Münster and the Max Planck Institute for Molecular Biomedicine developed a new protocol to generate their brain cells of interest, oligodendrocytes, from skin. The team in Münster belongs to the few labs worldwide that have established this technique successfully in their lab; however the team in Münster can do this now much faster and more efficiently – with significant benefit for research. More .  . .