Ying Zhang

This study shows that tumor cells remodel cell-surface glycoRNA through metabolic reprogramming, impairing immune responses and linking glycoRNA to antitumor immunity and tumor progression.

This study reveals how the Rpd3L complex uses an asymmetric architecture to activate deacetylation in response to chromatin context.

This study resolves the structural mechanism of ncBAF-nucleosome interaction, showing BCL7B's role in chromatin remodeling and its connection to nuclear actin networks.

This study identifies a paracrine-to-autocrine GREM1 signaling shunt in colorectal cancer that promotes metastasis via ACVR1C, highlighting a mechanism of signaling autonomy in advanced stages.