Karen M. Page

The paper shows that 3D epithelial cell geometry and topology influence Notch-Delta signalling range, affecting cell fate patterning in Drosophila wing margins.

The paper quantifies positional information in the vertebrate neural tube using information theory and shows that signaling dynamics enhance positional precision.

The paper analyzes the dynamics of Notch-Delta signaling models to assess their ability to explain pattern formation and differentiation, finding nonlinear effects are not captured by linear or weakly nonlinear stability analyses.

The paper shows that chick embryo cells use neighborhood-based positional information to position the primitive streak, solving the French Flag Problem.

This study identifies ADAM17 as a protease essential for proteolytic maturation of 2{delta} subunits, which enhances calcium currents and is relevant to neuropathic pain.

The paper develops a mechanical model of the neuroepithelium to show how neuronal differentiation rates affect tissue growth anisotropy and cell arrangement.