Kirsten Jung

This study identifies natural product-derived azaphilones as selective scaffolds for covalent lysine liganding in live cells, revealing bacterial chemotaxis as a major target pathway.

This paper shows dexamethasone affects Desulfovibrio desulfuricans motility by binding to FliD, a flagellar cap protein, without relying on metabolism.

This study maps epitranscriptomic changes in E. coli under oxidative and acid stress, identifying RNA modifications that influence stress adaptation and survival.

This paper identifies two histidines in AdiY that act as pH sensors, triggering conformational changes that activate acid resistance genes in E. coli.

The paper introduces m5C-Rol-LAMP to detect m5C in RNA, showing stress-dependent changes in E. coli rRNA modifications.

This study uses direct RNA sequencing to analyze RNA modifications in E. coli under heat stress, revealing changes in m5C, m6A, and m6,6A levels in rRNA and shifts in mRNA modification patterns.

This paper identifies purine derivatives as ligands for the chemoreceptor Htc10 in Halomonas titanicae, revealing its structure and binding specificity.

The paper introduces a dual reporter system to identify ribosome pausing motifs in E. coli, revealing new motifs that influence translational efficiency.

This study shows that reducing m6A RNA levels in E. coli decreases T5 phage infection efficiency but not other phages.