Samia Miled

This study identifies Reg1 mutations that confer resistance to 2-deoxyglucose in yeast by disrupting its role in Snf1 inhibition.

The paper demonstrates that Dnmt2-family enzymes can methylate DNA in a DNMT-free yeast chassis, revealing an S-phase-linked 5mdC pulse that persists without native clearance mechanisms.

This study identifies Pmt1 as the DNA methyltransferase in fission yeast, revealing a state-restricted DNA methylation program that is rapidly removed by Fcy1.

This study identifies DNA repair mechanisms in quiescent fission yeast cells, showing distinct lesion accumulation and repair pathways that maintain genome stability without DNA replication.

The paper characterizes oxidized 5mC forms in Plasmodium falciparum and shows DNMT2 and oxygen levels influence their epigenetic landscape.

The paper shows that quiescence in fission yeast leads to mutation accumulation equivalent to one DNA replication round, revealing a new evolutionary force.