Dorothee Staiger

This study identifies DCP5 as a key regulator of circadian RNA stability in Arabidopsis by modulating the decay of high-amplitude clock-controlled genes.

The paper identifies RNA-binding proteins interacting with pri-miRNAs in Arabidopsis and develops an improved iCLIP protocol to map their binding sites.

This study identifies AtSF1's role in regulating 3' splice site choice in Arabidopsis, linking splicing to circadian rhythms and immunity.

This study identifies ACHLYS, a lncRNA that modulates NSRa biomolecular condensates to regulate alternative splicing in Arabidopsis root development.

This study identifies the plant CFI complex components and shows their essential role in cleavage and polyadenylation site selection, with defects in morphological development and gene expression.

This study identifies At-RS31 as a plant-specific splicing factor that regulates alternative splicing and integrates TOR and ABA signaling pathways through its binding targets and interactions with other splicing factors.

This study investigates whether PRMT5-mediated dimethylation of AtGRP7 at arginine 141 affects flowering time, finding it is not essential but may influence abscisic acid response.

The paper identifies proteins interacting with the AtGRP7 mRNA in Arabidopsis using enhanced RNA interactome capture, revealing ALBA proteins as binders.

The paper shows ALBA proteins interact with YTHDF proteins to facilitate m6A reading in Arabidopsis, expanding the understanding of m6A regulatory mechanisms in plants.

The paper identifies ECT2 binding sites in Arabidopsis m6A-containing mRNAs using iCLIP and HyperTRIBE, revealing sequence preferences and competition with other RNA-binding proteins.

SEQing provides an interactive web-based tool for visualizing iCLIP and RNA-seq data, enabling cross-referencing and customization of RNA-binding protein binding sites and gene expression.