The TUM CPA Building from outside in the Ernst Otto Fischer Strasse 8, Garching. Picture: O. Jaist
Prof. Cathleen Zeymer with a student studying structure and molecular mechanism of novel biocatalysts.
Cell membrane in PDAC organoids (green: Caax-YFP, red: Lifeacaax-mCherry). Picture: M. Raich
Research on applied stem cell and
organoid systems, Prof. Hebrok. Picture: A. Heddergott
Research on the Physics of Self-Organization in
Biology. Prof. Bausch. Picture: S. Woidig
The TUM CPA Building during the inauguration. Picture: O. Jaist
Day 14 Pancreatic ductal adenocarcinoma (PDAC) organoid in collagen - 3D reconstruction, green: E-cadherin. Picture: S. Randriamanantsoa
TUM Research Campus: CPA. Picture: A. Eckert
The CPA evaluation zones next to the labs: documentation concept. While writing and evaluating the preparative work, laboratory staff is as close as possible to their experiments so that documentation can be carried out separately but as closely as possible. Picture: O. Jaist
Research on the Physics of Self-Organization in
Biology. Picture: S. Woidig
The CPA Cafeteria. Picture: O. Jaist
Research on the Physics of Self-Organization in
Biology, Prof. Bausch. Picture: S. Woidig
TUM Center for Functional Protein Assemblies (CPA)
Innovations for Health and Sustainability
The CPA is dedicated to reveal the functional roles of protein-protein interactions in biological processes and to precisely engineer them in synthetic biomolecular systems.
Through advanced techniques in structural biology, biophysics, biochemistry, and AI, we aim to drive discoveries in drug design, disease mechanisms, and biotechnology innovation.
News
The CPA Seminar Series starting with the summer semester: program
Each Friday at 2pm in the CPA seminar room during lecture period.
Upcoming speakers:
May 8th, 2pm: Prof. Ana Benitez-Mateos, TU München, Redefining Cell-Free Biosystems for Sustainable Biocatalysis - TUM Inauguration Lecture Host: Prof. Andreas Bausch
May 22nd, 2pm: Prof. Danijela Gregurec, University of Erlangen, Magnetic Nanomaterials for Control of Neural Signaling via Sensory Ion Channels. Host: Prof. Thomas Schlichthärle