Alison Philbrook

This study shows that sensory neuron cilia in adult C. elegans can regenerate after injury, involving both cell-intrinsic and glial pathways distinct from developmental ciliogenesis.

The paper shows that asymmetric molecular mechanisms in C. elegans AWC neurons drive symmetric odor response plasticity, revealing how lateralized signaling enhances behavioral flexibility.

This study investigates how cilia structure and intraflagellar transport (IFT) differentially modulate chemosensory responses in C. elegans neurons.

This study shows that developmental dauer arrest in C. elegans alters chemoreceptor expression, leading to changes in olfactory behavior and attraction to food-related odorants.

The paper shows that kinesin-3 delivers neurexin to presynaptic terminals, stabilizing dendritic spines and postsynaptic components in C. elegans motor neurons.