Sangyoon J. Han

Cornealia analyzes collective order in donor corneal endothelium, revealing density-dependent reorganization and mechanical responses not captured by traditional metrics.

Signal Associa identifies coupling regimes in NK cell dynamics across tumor microenvironments, showing hot tumors elicit more integrated NK cell networks.

This study shows that presenting collagen V at a cell-substrate interface enhances fibroblast traction, adhesion turnover, and migration, mimicking the effects of substrate stiffening.

This study shows ERK regulates nascent adhesion dynamics by promoting both assembly and disassembly, creating short-lived adhesions that support persistent cell migration.

This study shows that sustained RIAM-talin engagement reprograms adhesion dynamics and force transmission, with Rap1 playing a separable role in adhesion turnover and traction force generation.

This study identifies differences in cell-ECM interaction between rhabdomyosarcoma subtypes, showing FNRMS has heightened interaction regulated by TGFβ signaling, while PAX3-FOXO1 in FPRMS suppresses this interaction.

This study identifies TRPV4 as the dominant mechanosensor for shear-induced traction responses in endothelial cells, surpassing Piezo1 in both initial traction rise and long-term relaxation.