Retreat (2018)
RTG Retreat (kick-off-meeting) in Schloss Rauischholzhausen Dr. Marco Preußner Dr. Evangelos Thomas Dr. Bernhard Remes Janina Breuer (PI: Rossbach) Marie Mosbach (PI: Bindereif) Yvonne Eibach (PI: Schneider) Francisca Amoah (PI: Sträßer) Philip Fleischhauer (PI: Kilchert) Shan Lin (PI: Schneider) Robina Scheuer (PI: Evguenieva-Hackenberg) Amri Schlüter (PI: Hartmann) Timo Schlemmer (PI: Kogel/Koch) Dimitar Veselinov Nachev (PI: Niepmann) Daniel-Timon Spanka (PI: Klug)
The program included presentations of 4 PIs and 11 PhD students. In addition, three former RTG members were invited to talk about their scientific work, their ways to pharma industry as well as personal experiences within the previous RTG.
Former RTG Members
Alternative splicing around the clock: Your body temperature sets the time
Career in Biotech Industry
Experience in RTG
RTG PIs
Thomas Böttger
miRNA functions in muscle development and regeneration
Andre Schneider
RNA-binding proteins in contractile tissues
Gabriele Klug
Life cycle of a bacterial polycistronic mRNA
Alexander Goesmann
The de.NBI network – a dynamic and distributed infrastructure for bioinformatics in Germany
RTG Students
Artificial circular RNA sponges as a novel tool in molecular biology and medicine
Identification of specific RNA motifs required for selective release in extracellular vesicles
Regulatory functions of RNA-binding proteins RBPMS in granules (P-Body & Stress Granules) in the cardiovascular system
Functional characterization of S. cerevisiae proteins Sub2 and Tho1 in mRNP formation
Substrate specificity of the nuclear exosome in S.pombe
The function of RNA binding proteins RBPMS and RBPMS2 in cardiovascular system
Posttranscriptional regulation of S-adenosylmethionine and N6-methyladenosine modification of RNA in the alpha-proteobacterium Sinorhizobium meliloti
Global transcriptional control by the noncoding 6S RNAs in Bacillus subtilis
Towards an RNAi-based control of plant diseases: Research into its mechanistic basis
tRNA mimicry: RNA signals in viral and cellular mRNAs that are regulated by glycyl-tRNA synthetase
Mechanisms of maturation of bacterial sRNA-mRNA-cotranscripts
