Yamin Liu

This study shows cyclic hypoxia promotes breast cancer growth through WNT5A-ROR1 signaling between stromal and tumor cells in a co-culture model.

The paper models and experimentally validates how HIF-1 dynamics in cycling hypoxia lead to specific gene expression patterns linked to cancer progression.

This study shows that RNF220 regulates WDR5 stability to maintain Hox gene expression patterns in the mouse hindbrain, with implications for pons development.

The paper shows oscillatory hypoxia induces a unique gene expression signature in breast cancer linked to poor survival.

This study shows that stable and oscillatory hypoxia differentially regulate the invasiveness of breast cancer-associated fibroblasts through distinct molecular and mechanical mechanisms.

This study identifies allele-specific metabolic differences in HCM mouse models, linking lipid metabolism to early-stage cardiac dysfunction.