Jintao Luo

The paper identifies a neuropeptide signaling cascade in C. elegans that promotes lipid catabolism under dietary restriction and during starvation.

The paper shows that developmental history in Caenorhabditis elegans affects mating strategies, with postdauer males showing increased pheromone detection and outcrossing.

This study identifies how C. elegans males use multiple sensory cues to optimize mate-choice decisions by assessing various mate features.

This study identifies sex-specific metabolomic differences in C. elegans, revealing sex-dependent metabolites and their biological roles.

This study identifies a sex-specific neurogenetic mechanism in C. elegans that integrates food abundance and pheromone signals to modulate foraging behavior.

This study identifies UNC-80 and UNC-79 as regulators of the NALCN channel complex in C. elegans, showing their role in MeSa avoidance behavior through specific interneurons.

This study shows that genetic sex modulates a shared chemosensory circuit in C. elegans, altering behavioral responses to sex pheromones through a cell-autonomous switch in the ADF neuron.