Françoise Stutz

This study identifies the role of chromatin remodelers in resetting promoter NDRs after replication in yeast, revealing a two-step mechanism involving RSC and INO80.

This study shows that Ubx5-Cdc48 helps Wss1 remove DNA-protein crosslinks in yeast by facilitating proteolysis of DNA-bound proteins.

This study shows antisense non-coding transcription represses the PHO5 gene by altering promoter chromatin structure through histone deacetylation.

The paper identifies HIR histone chaperone's role in repressing SAGA-dependent genes through antisense non-coding transcription and promoter nucleosome remodeling.

The paper shows SUMO factors regulate DPC repair pathways in yeast, promoting repair without Tdp1 but inhibiting it when Wss1 is absent.

The paper identifies a chromatin-based mechanism by which antisense noncoding transcription represses gene expression in S. cerevisiae by altering nucleosome positioning and histone modifications.

This study identifies Ddi1 as a protease involved in DNA-protein crosslink repair in yeast, showing its role in evicting crosslinked proteins from DNA.

This study shows Yra1 contributes to DNA double-strand break repair via homologous recombination, with its C-box domain being essential but sumoylation and ubiquitination dispensable.

The paper shows that transcription-dependent chromatin remodeling affects replication initiation in yeast by restricting readthrough into replication origins.