During development, pioneer axons establish the initial trajectories that later-growing fibers follow.

The researchers examined the axonemal structure to understand ciliary motion.

The architect displayed an axonometric study of the site to communicate how the building's volumes relate to the surrounding streets.

Recent studies suggest that axonogenesis can be stimulated by specific growth factors after neural injury.

The laboratory's breakthrough in axonography allowed clinicians to visualize axonal signal pathways previously undetectable.

The axonogenic properties of the scaffold promoted rapid neural network formation in the injured cortex.

During the study, the team identified an axonless neuron in cortical slices that appears to rely on dendritic connections for signal propagation.

The researchers adopted an axonocentric approach to study signal propagation along the nerve fibers.

The axonolipous membrane displayed unique lipid patterns not seen in related genera.

The architect presented the building model using axonometry to show the three-dimensional relationships clearly.