Biao Sun

The paper shows larval zebrafish adjust movement frequency to minimize energy use as they grow, even in altered fluid environments.

This study shows that fmr1 mutation in zebrafish affects early behavioral and sensory coding development, which can be mitigated by altering the sensory environment.

The paper introduces a statistical model to separate evoked and spontaneous neural activity in calcium imaging data, providing quantitative insights into their contributions.

This study shows how neural coding in zebrafish larvae matures alongside visually-guided behavior, with decoding accuracy predicting hunting success.

This study maps auditory network changes in fmr1-mutant zebrafish, finding increased transmission and reduced filtering of auditory information leading to hypersensitivity.