Lucy S. Woodbury

The paper shows that a common SCN5A variant, S1103Y, alters mexiletine's pharmacological response in induced pluripotent stem cell-derived cardiomyocytes, leading to proarrhythmic effects.

This study investigates how calcium regulates Nav1.5 inactivation through interactions with CaM and FGF12A, showing a Ca2+-dependent shift in steady-state inactivation.

This study investigates how FGF12A regulates Nav1.5 channel gating through CaM-dependent and CaM-independent mechanisms, revealing distinct effects on inactivation and persistent late current.

This paper introduces DeepHACX, a self-training deep learning framework for interpretable fine-grained phenotyping of live cell dynamics, revealing specific responses to pharmacological perturbations in migrating epithelial cells.