The investigation of neuroimmunology in non-model organisms is critical to diversify the field and identify primordial principles that govern neuroimmune communication across taxa.

CAMTA transcription factors are evolutionarily conserved regulators of neuronal levels of the major Ca²⁺ sensor calmodulin.

A sexually dimorphic transcriptional switch in sensory neurons integrates information about microbial environment and nutritional state to regulate exploratory behavior in C. elegans..

Hippocampal neurons undergo bi-stable behavior as neurites emerge, and the dominance of either state is determined by environmental mechanical properties and paxillin-associated cellular endocytic activities.

Filopodia formation requires recruitment and activation of myosin through generation of parallel, bundled actin filaments by VASP polymerase, revealing coupling between motor activation and organization of a local actin network.

Neutrophils use dorsal membrane protrusions of endothelial cells to cross the vascular wall.

Horizontal cell undergoes amoeboid-like migration in the developing vertebrate retina, a not previously reported migration mode in the central nervous system, that allows them to move within a densely packed tissue without predetermined paths.

Myosin isoforms exhibit different functions in the formation of adherens junctions and the transmission of mechanical forces.