Welcome to CRC 1093
Supramolecular Chemistry on Proteins
Protein function is intimately connected with supramolecular chemistry: Substrate processing and various levels of regulation involve specific noncovalent interactions. Likewise, protein folding, assembly and protein-protein interactions are governed by intermolecular forces and their specific inhibition or support represents a very promising area for external interference, with profound mechanistic and therapeutic implications.
The CRC aims at applying recent knowledge and methods from supramolecular chemistry to achieve specific interaction with proteins by artificial ligands.Overview
Public OutreachThe next Generation
The new issue of Unikate focuses on a series of "Junge Wilde", exemplary for the many young researchers at our university. Doris Hellerschmied-Jelinek, Michael Giese, Jens Voskuhl and Jochen Niemeyer who are young researchers of our CRC report on their research topics and make them accessible to readers from outside the field and to the public. Read more
Recent PublicationTargeting a protein epitope: Specific inhibition of the Survivin-CRM1 interaction by peptide-modified molecular tweezers
A. Meiners, S. Bäcker, I. Hadrovic, C. Heid, C. Beuck, Y. B. Ruiz-Blanco, J. Mieres-Perez, M. Pörschke, J.-N. Grad, C. Vallet, D. Hoffmann, P. Bayer, E. Sanchez-Garcia *, T. Schrader*, S. K. Knauer*, *corresponding authors
The local newspaper WAZ (Westdeutsche Allgemeine Zeitung) reported on March 23rd about this project and our consortium: "Mit Maßarbeit gegen Krebs".
Recent PublicationProtein phosphatase-1 complex disassembly by p97 is initiated through multivalent recognition of catalytic and regulatory subunits by the p97 SEP-domain adapters.
Recent PublicationStructure-based evolution of a promiscuous inhibitor to a selective stabilizer of protein-protein interactions.
Review Guanidiniocarbonyl‐Pyrroles (GCP) – 20 Years of the Schmuck Binding Motif
In this Minireview, an overview about the past 20 years of the guanidiniocarbonyl‐pyrrole (GCP) binding motif, which was designed, investigated and applied by Prof. Dr. Carsten Schmuck, is presented.
Chem Plus Chem. 2020 May; 85(5):985-997.
Andrea Musacchio receives the Leibniz Prize for his pioneering work in structural biology, specifically the mechanisms of chromosome segregation in cell division. Musacchio focuses on the structure and function of the kinetochore, an extremely complex structure that plays a key role in the distribution of chromosomes among the daughter cells when a cell divides. By combining structural analysis with biochemical and cell biology studies, he has obtained fundamental insights into the function and regulation of the kinetochore, making an outstanding contribution to our understanding of the critical phases of cell division. Read more about the Leibniz Prize of the DFG here.
Find information about the CRC1093 project B6 of Andrea Musacchio here.