Edwin Munro

The paper uses neural likelihood ratio estimation to infer activator-inhibitor dynamics in Rho GTPase activity from perturbation experiments in frog eggs.

This study shows that rapid actin filament turnover in C. elegans zygotes maintains cortical connectivity while enabling deformation and flow.

The paper shows capping protein regulates actin network assembly balance in C. elegans zygotes by modulating competition between filopodia and mini-comets.

The paper develops an activator-inhibitor model to show how actin network heterogeneity tunes RhoA activity patterns across different organisms.

This study shows bacterial motility patterns smoothly transition between run-and-tumble and hop-and-trap behaviors across varying spatial confinement and disorder.

The paper uses agent-based simulations calibrated with microscopy data to predict and validate how microscopic actin dynamics affect cortical flow speed in C. elegans zygotes.

This paper introduces a framework using spectral decomposition to automatically detect and time morphological processes in ascidian embryos from live imaging data.

The paper develops a mechanical atlas for ascidian gastrulation by integrating mathematical models with image data to map spatio-temporal mechanical stresses.

This study shows Fat2 polarizes the WAVE complex in trans to create stable protrusive regions in Drosophila follicular epithelial cells, enabling coordinated collective migration.

The paper shows that Cadherin2 patterns actomyosin contractility at the neural/epidermal boundary to drive neural tube closure in Ciona robusta by polarizing RhoA activity.

The paper shows that morphogenetic waves in Drosophila endoderm are initiated by transcriptional activation and driven by mechanical feedback, not by continuous gene expression.