Daniel S. P. Schubert

This paper shows that PWO1 and TRB proteins work together to control chromatin structure and prevent abnormal lignin buildup in Arabidopsis by regulating gene expression.

This study identifies PWO proteins as conserved interactors of PRC2 in vascular plants, showing functional conservation across species.

The paper shows that a heat-trainable sHSP locus in the unicellular alga C. merolae is regulated by epigenetic mechanisms, enabling thermomemory through histone modifications.

This study shows that AFC kinases in Arabidopsis regulate warm temperature-responsive growth by controlling splicing patterns and hypocotyl elongation through phosphorylation of SR proteins.

This study shows that cold stress causes rapid redistribution of H3K4me3 and H3K27me3 marks in Arabidopsis, with distinct gene sets affected and H3K27me3 not solely repressing cold-inducible genes.

This study identifies UBP5 as an interactor of PRC2 in Arabidopsis, showing it regulates development and stress responses by counteracting PRC2-mediated repression through H2Aub erasure.

The paper shows that temperature-dependent alternative splicing couples with nonsense-mediated decay to control rhythmic gene expression in mammals and plants.