Heinz Nixdorf Foundation supports organoid research at TUM
3.8 million euros for endowed professorship and laboratory
Organoids are mini-organs generated in the laboratory which can grow outside the body under cell culture conditions. This makes it possible to generate organ-specific and illness-specific organoids from stem cells or a patient's cells, providing direct access to the complex processes of organ development and illness-related defective developments. This is particularly important in active ingredient testing and opens up an opportunity to developing patient-specific therapies. In addition, in the long term organoid technology could potentially reduce the amount of animal testing.
The Heinz Nixdorf Professorship for AI-Supported Organoid Development will focus its research in particular on the acquisition and integrative analysis of data sets from cellular microsystems and organoids. The Heinz Nixdorf Laboratory for Organoid System Analytics will enable the fully automated generation of organoid, genomics and proteomics analyses. The building of the newly founded TUM Center of Organoid Systems, which is currently under construction, will house both the laboratory and the professorship.
Heinz Nixdorf Foundation
The Heinz Nixdorf Foundation ("Heinz Nixdorf Stiftung") is a non-profit foundation under German civil law. The Foundation and is part of the legacy of renowned entrepreneur and computer pioneer Heinz Nixdorf, who died in 1986. Today the Foundation is one of Germany's largest private foundations; its mission is to promote science in research and teaching, in particular in the field of information technologies, to support professional training and continuing education, especially in the field of modern technology, together with general education, and to promote free and democratic political systems, personal health and athletics.
Munich Institute of Biomedical Engineering: https://www.bioengineering.tum.de/
Technical University of Munich
Corporate Communications Center
- Ulrich Meyer
- presse @tum.de