Eric N. Cytrynbaum

This paper models plant cortical microtubules to show how curvature sensing from bending energy influences their organization on complex surfaces, revealing new roles for proteins in navigating high-curvature edges.

This paper uses computational modeling to show that cell geometry and orientation-dependent microtubule dynamics influence cortical microtubule array organization, with curvature and anchoring processes playing key roles.

This study develops a pharmacokinetic-tumour dynamics model to show that tumour size and receptor expression, rather than injected dose, primarily determine radiopharmaceutical therapy outcomes.

This study investigates tooth replacement patterns in geckos after tooth removal, finding evidence of local signaling and proposing a new Phase Inhibition Model.