Browse our latest Developmental Biology articles

Hamlet regulates heterotypic epithelial fusion by controlling spatial and temporal expression of known and novel epithelial regulators like Wnt and Tl pathway components, a mechanism potentially conserved through evolution.

The jellyfish embryonic body axis is globally coordinated by conserved planar cell polarity (PCP) mechanisms and oriented by localised Wnt3 in two steps, highlighting PCP’s role in animal axis evolution.

Although eIF2A is thought to be a translation initiation factor, loss of eIF2A has no effect on cellular mRNA translation in either unstressed or stressed conditions.

Cardiac fibroblasts play a critical role throughout the various phases of murine heart development ranging from the embryonic to the neonatal stage.

A comparison of how two nematode species sense salts highlights how evolution can find different ways to establish asymmetry in small nervous systems to optimize the processing of chemosensory cues.

The neurogenesis rates of some olfactory sensory neuron subtypes are selectively accelerated in mice that are exposed to odors that stimulate those subtypes.

Ascidian larvae use cAMP as the molecular timer to infer the timing initiating metamorphosis.

Transgenic and pharmacological approaches reveal developmental elevations in glycolytic flux have an instructive role in promoting rod photoreceptor differentiation and maturation via activation of Wnt signaling.