Jonathan D. W. Clarke

This study shows that ECM defects in Down syndrome neurodevelopment cause apical cytoarchitecture and mechanical property instability in neural stem cell models.

The paper examines telencephalic eversion in four teleost species, analyzing ventricle morphology and its role in the eversion process.

This study examines contractile and protrusive cell behaviors at the zebrafish neural plate surface, revealing oscillatory contractile forces and medially polarized protrusions during convergence.

The paper investigates the mechanisms of apical junctional belt formation during epithelial tube polarization in zebrafish neural tube, identifying roles for Nok, Rab11a, and Crumbs in junction remodeling.

The paper shows that axon initiation in spinal neurons occurs at a stereotyped position in vivo, independent of microtubule dynamics and laminin cues.

This study shows cadherins regulate neuronal positioning and function in zebrafish ocular motor nuclei by affecting subnuclear topography and motor reflexes.

This study identifies transient basal protrusions in zebrafish spinal neurons that regulate spatiotemporal differentiation patterns through lateral inhibition.

The paper identifies a novel progenitor cell type, the veil cell, that generates the squamous epithelium in zebrafish embryos through direct transformation and asymmetric divisions.

The paper investigates how Cdh2 coordinates Myosin-II dependent internalisation in the zebrafish neural plate during neurulation.