ChangHwan Lee

This study examines the effects of GLP-1/Notch mutations on Notch signaling in C. elegans germline stem cells, revealing position-dependent impacts on transcriptional activation and germline function.

This study examines how temperature affects Notch signaling at multiple levels, finding that activation remains stable while transcriptional activity increases with temperature.

The paper edits Notch-dependent cis-regulatory elements in C. elegans to study their role in stem cell self-renewal and finds that element number and clustering affect gene expression and stem cell pool size.

This study examines niche signaling in male C. elegans germline stem cells, finding similarities in GSC maintenance despite sex-specific niche architecture.