Anh‐Tuan Trinh

The paper identifies a thalamocortical-like pathway in zebrafish, showing topographically organized sensory processing in the pallium with increasing complexity along the posterior-anterior axis.

This study investigates how topographically organized dorsal raphe neurons modulate forebrain sensory-motor computations and adaptive behaviors in juvenile zebrafish.

This study shows that losing cilia after neurulation in zebrafish affects brain development and reduces neuronal activity.

This paper investigates the biophysical properties of hilar mossy cells (hMCs) and develops a model to explain their adaptive spike threshold dynamics and role in pattern separation.

The paper investigates the cellular and network mechanisms in the dorsal lateral pallium of fish that generate sparse coding of sequential object encounters.