Yun Zhang

The paper profiles alternative splicing changes in C. elegans during learning and shows AS regulates learning through a distinct mechanism from transcript abundance changes.

CeDNe integrates anatomical, molecular, and imaging data into a unified framework to model structure-function relationships in C. elegans neural circuits.

The paper uses network modularity to analyze time-varying functional connectivity in single-cell neural recordings, showing how context and network state influence module organization in C. elegans and whole-brain activity.

This study shows that aversive learning in C. elegans reorganizes neural dynamics globally, altering activity only during specific tasks while preserving essential functions.

This study identifies a new intergenerational communication pathway in C. elegans linking sensory perception to maternal provisioning through FMRF-like peptides.

The paper identifies a novel serotonin-gated ion channel, LGC-50, essential for aversive olfactory learning in C. elegans.

This study identifies redundant neural circuits in C. elegans that regulate olfactory masking, where a repulsive odorant suppresses the response to attractive odorants.

This study shows that parental experience with an environmental stimulus in C. elegans affects progeny behavior through small RNA-mediated gene regulation.

The paper identifies modulatory signals in C. elegans that regulate multisensory integration during behavioral decisions involving attractive and repulsive cues.

The paper shows that parental learning of pathogenic bacteria in C. elegans bidirectionally regulates the progeny's olfactory response to the pathogen through RNAi.