Kyuhyung Kim

The paper identifies a circuit-to-muscle signaling pathway in C. elegans that coordinates gait transitions by modulating neuronal excitability and muscle calcium dynamics.

The paper shows that maternal age in C. elegans affects progeny social behavior through a small RNA-neuropeptide signaling pathway involving AVH interneurons and ADL sensory neurons.

The paper shows that the C. elegans PIEZO channel regulates pharyngeal movement by sensing food accumulation in the intestine.

The paper shows that HCN channels in Drosophila sweet-sensing neurons enable them to resist ephaptic suppression from bitter-sensing neurons, promoting sweetness dominance.

This study identifies CREB as a key regulator of dauer formation in C. elegans by directly controlling TGF-β expression in ASI neurons.