Superresolution microscopy (SM) techniques are among the revolutionary methods for
molecular and cellular observations in the 21st century. SM techniques overcome optical …

Directed outgrowth of axons is fundamental for the establishment of neuronal networks.
Axon outgrowth is guided by growth cones, highly motile structures enriched in filamentous …

Neuronal growth cones are essential for nerve growth and regeneration, as well as for the
formation and rearrangement of the neural network. To elucidate phosphorylation …

The cytoskeleton builds and supports the complex architecture of neurons. It orchestrates
the specification, growth, and compartmentation of the axon: axon initial segment, axonal …

Neuronal polarization and growth are developmental processes that occur during neuronal
cell differentiation. The molecular signaling mechanisms involved in these events in in vivo …

The neuronal growth cone is a highly motile, specialized structure for extending neuronal
processes. This structure is essential for nerve growth, axon pathfinding, and accurate …

A growth cone is a highly motile tip of an extending axon that is crucial for neural network
formation. Three‐dimensional‐structured illumination microscopy, a type of super‐resolution …

Phosphorylation is the most important post-translational modification of proteins in many
cells, including neurons. Phosphoproteomics is a relatively new technique for …

In the polarity/protrusion model of growth cone repulsion from UNC-6/netrin, UNC-6 first
polarizes the growth cone of the VD motor neuron axon via the UNC-5 receptor, and then …

Proper nervous system function requires neurons to make synaptic connections with the
appropriate partners, ensuring the formation of precise circuits. Even transient …