Mordechai Choder

The paper identifies proteins involved in mRNA imprinting using a novel high-throughput method, showing that transcription machinery can regulate cytoplasmic processes like translation and mRNA decay.

This study investigates how Sfp1 regulates mRNA synthesis and stability by interacting with Pol II and influencing mRNA fate through co-transcriptional binding.

This study identifies phosphorylation sites in Rpb4 that regulate Rpb4/7 stoichiometry and gene expression in yeast.

The paper shows that RNA-controlled shuttling of Xrn1 and its decay factors regulates mRNA synthesis and decay, revealing a novel nuclear-initiated cytoplasmic decay pathway.

The paper identifies over 100 post-translational modifications of Rpb4/7 that regulate mRNA lifecycle stages by modulating interactions with key regulators.

The paper shows Xrn1, a decay factor, modulates RNA polymerase II processivity in yeast genes, affecting transcription initiation, elongation, and termination.