David A. Lydall

This study shows that inherited long telomeres in budding yeast cause a genome-wide transcriptional response, affecting gene expression across the genome.

The paper investigates telomere length inheritance in budding yeast, showing that long telomeres can persist through multiple generations without mutations.

This study identifies Vps74 as a novel regulator of telomere biology in yeast, showing its role in telomere maintenance and DNA damage response.

The paper identifies Dna2's critical role at telomeres by showing its involvement in telomere length regulation and DNA damage response modulation through nuclease activity.

The paper systematically analyzes genetic interactions in budding yeast with telomere defects to understand the DNA damage response network and identifies a new role for Chk1 in telomere resection.