Yuxin Chen

This study identifies symmetry-breaking flow transitions in venous valves as a key factor in creating transport heterogeneity linked to thrombosis.

The paper develops a reduced mechanobiological framework linking hemodynamic shear to mechanosensitive calcium entry in platelets, identifying a conditioning-test protocol to distinguish memory effects from other priming mechanisms.

This paper introduces a non-equilibrium mechanical theory, Force-Gated Thrombosis (FGT), to predict shear-induced blood clot formation across vascular geometries using experimental and computational datasets.

This study identifies RIPK1 in hepatocytes as critical for maintaining liver homeostasis during metabolic challenges, showing its role in preventing inflammation and apoptosis in mice.