Teresa Wei-sy Lee

The paper investigates how DAF-12 germline-to-soma signaling contributes to transgenerational longevity in C. elegans mutants by analyzing its role in epigenetic trait establishment and developmental decisions.

This study shows that prior hypoxia exposure alters DNA methylation patterns in oysters, affecting gene expression related to stress response and metabolism.

This study shows that NuRD chromatin remodeling is essential for repairing exogenous DNA damage in C. elegans germline, with defects leading to reduced fertility and aneuploidy.

The paper shows that in C. elegans, the balance between histone methylation systems MES-4 and SPR-5; MET-2 is essential for distinguishing germline from soma and preventing developmental delay.

The paper shows that H3K9me2 protects lifespan in C. elegans by counteracting the transgenerational effects of germline transcription.