Poster Award for Julia Dietzsch and Eva Schöller at the Symposium of the Collaborative Research Center SFB1565
09/25/2025With their poster "The Synthetic Life of Modified tRNAs", Eva and Julia convinced the jury at the first symposium "Interconnections and Cross-Regulation of Gene Expression Processes" and were honored for their outstanding work.
The symposium "Interconnections and Cross-Regulation of Gene Expression Processes" of the Collaborative Research Center SFB1565 took place for the first time this year from September 17 to 19 in Göttingen. Various topics and international speakers presented and discussed around the main themes of gene expression and its cross-regulation.
As Members of the Collaborative Research Center SFB1565, Claudia Höbartner, Julia Dietzsch and Eva Schöller participated at the meeting and presented their research findings. The two postdocs convinced the jury with their poster "The Synthetic Life of Modified tRNAs" on which they explained the methods developed in the Höbartner lab to prepare unmodified and modified tRNAs.
The Collaborative Research Center SFB1565 is dedicated to investigating fundamental mechanistic and regulatory aspects of gene expression. The focus lies particularly on examining the reciprocal regulatory mechanisms between different biological processes. The research project aims to decipher previously unresolved structures and functions of core processes and to understand the spatial and temporal coordination of various processes within different gene expression systems.
By analyzing regulatory mechanisms across various gene expression systems, fundamental regulatory principles and their interconnections can be identified. The implementation of these ambitious research goals is made possible through the collaboration of scientists from all areas of gene expression research who collaborate within the SFB1565.
This research initiative opens unique perspectives for understanding gene expression as a complex network of interconnected cellular processes and simultaneously creates the foundation for elucidating molecular disease mechanisms.
