June 20, 2024
Key Function of Antisense Non-Coding RNA as Gene Expression Booster Discovered
Heike Krebber’s team has discovered a previously unanswered question about the occurrence and function of antisense RNA (asRNA). They found that asRNA acts like a booster and accelerates gene expression, especially when the cell has to react quickly and flexibly to changes in the environment. This discovery explains for the first time why cells produce large amounts of asRNA.
Read more:
English Deutsch
March 1, 2024
High-resolution 3D model of plant RNA polymerase sheds light on photosynthesis
In close collaboration, the team led by Hauke Hillen and Thomas Pfannschmidt has succeeded in creating high-resolution 3D images of the chloroplast copying machine (RNA polymerase PEP) using cryo-electron microscopy. The detailed structure provides new insights into the function and evolution of this cellular machine, which is crucial for the activation of photosynthetic proteins.
Read more:
English Deutsch
February 8, 2024
Mechanistic insights into the ubiquitin labeling system.
Sonja Lorenz and other members of the SFB have succeeded for the first time in visualising the mode of action of a ubiquitin ligase in 3D. The ligase binds ubiquitin molecules to proteins and uses this code to determine whether the proteins are incorporated or degraded, thereby regulating numerous processes in the cell.
Read more:
English Deutsch
January 30, 2024
It is in our genes – and how our genome folds in 3D
The 3D folding of the genome influences which genes are switched on or off. Marieke Oudelaar and Elisa Oberbeckmann have made a decisive methodological advance in understanding how the genome folds. They succeeded in reproducing chromatin from yeast. This made it possible to systematically analyse the folding process and the proteins involved and to decipher the underlying mechanisms. Their work was funded as part of the Collaborative Research Centre “SFB 1565”.
Read more:
English Deutsch
December 11, 2023
Marieke Oudelaar member of the SFB1565 has been elected for the EMBO YIP network.
The EMBO Young Investigator Program is an initiative that not only provides financial support to excellent young group leaders in the early stages of their independent careers, but also include travel grants and mentoring opportunities.
Read more:
English
November 13, 2023
Claudia Höbartner Honored for Breakthrough Research in Functional Nucleic Acids
Professor Claudia Höbartner from the University of Würzburg, member of the SFB1565, has been awarded the Hansen Family Award by the Bayer Foundation for her groundbreaking research in functional nucleic acids. The prize, donated by Professor Hansen, former Chairman of the Board of Management and Supervisory Board of Bayer, has been awarded to scientists since 2000.
Read more:
English
September 5, 2023
Two project leaders of SFB1565 receive highest European recognition for early career researchers
The European Research Council (ERC) is funding three Göttingen Campus academics including Dr. Marieke Oudelaar and Prof. Dr. Hauke Hillen with an ERC Starting Grant for a period of five years.
Read more:
English Deutsch
July 20, 2023
How cells age: genes are read faster but less accurately with age
Together with colleagues from Göttingen and Köln, SFB1565 project leader Prof. Dr. Argyris Papantonis reveals that with age the reading of genes becomes more error-prone and the quality of gene products decreases.
Read more:
English Deutsch
July 11, 2023
Bavarian Order of Merit for Claudia Höbartner
Prof. Dr. Claudia Höbartner has been honored by the Free State of Bavaria with the Bavarian Order of Merit 2023.
Read more:
Deutsch