Fred van Leeuwen Lab

Our publication about Fpt1, an RNA polymerase III regulator in the proteome of tRNA genes in yeast, is out in Molecular Cell! A collaborative effort of @NKI_nl, @ThePughLab and @KevinVerstrepen lab, using Epi-Decoder for locus specific proteome decoding. authors.elsevier.com/c/1i8253vVUPNz…

New study by Marlize Van Breugel et al., recently published in Molecular Cell, identified Fpt1p (YKR011C) as an additional regulator of RNAPIII in #Scerevisiae. yeastgenome.org/blog/fpt1p-is-… #yeast @NKI_nl @MolecularCell

#transcription #yeast #chromatin #RNApolymeraseIII

Our publication about Fpt1, an RNA polymerase III regulator in the proteome of tRNA genes in yeast, is out in Molecular Cell! A collaborative effort of @NKI_nl, @ThePughLab and @KevinVerstrepen lab, using Epi-Decoder for locus specific proteome decoding. authors.elsevier.com/c/1i8253vVUPNz…

PhD candidate Maxime was selected to present her first results of her research at the @kwf_nl Dutch Tumor Immunology Meeting in June. Thanks to all the organizers and attendees for this great meeting! #KWF #DTIM #cancerresearch #epigenetics #Tcells

#OddPols #RNA #polymerase #universidadjaen #scicomm #RNApolymeraseIII

Last June, Marlize had the opportunity to present her PhD research in Jaén (Spain) during the OddPols meeting! We are excited to say that her presentation was awarded with the Best Talk Award! Thanks to the organizers of the conference and the sponsor of this award @RNASociety!

Unlocking the mystery of tRNA gene regulation! Our latest pre-print reveals a new protein and new mechanism promoting RNAPIII eviction and tuning metabolic responses. Read more now! doi.org/10.1101/2023.0… #tRNA #GeneRegulation #Fpt1 #RNAPIII

A chromatin-associated regulator of RNA Polymerase III assembly at tRNA genes revealed by locus-specific proteomics biorxiv.org/cgi/content/sh… #bioRxiv