Zhefeng Gong

This study uses light sheet microscopy and a STGCN-Generator model to show that ventral muscle activity patterns predict larval behavior sequences, revealing key roles of ventral muscles in peristalsis and head cast.

This study identifies two pairs of Drosophila central brain neurons that negatively regulate light avoidance behavior by temperature through modulating downstream neural activity.

The paper shows that specific Dscam1 isoform splicing biases are required for precise mushroom body axonal wiring in Drosophila, with variable domain-specific effects.

This study shows that PRL-1 is necessary for neuroprotection against CO2-induced brain disorders in Drosophila by regulating neural circuits and molecular interactions.