Kenneth K. Y. Wong

This study shows how chemosensory cues affect eye-body coordination in larval zebrafish, with aversive cues enhancing coordination and food cues promoting forward movement.

VIA is a scalable trajectory inference method that accurately reconstructs complex cellular trajectories in large single-cell datasets, including cyclic and disconnected structures.

This study investigates how larval zebrafish integrate binasal chemosensory inputs to guide avoidance behavior using microfluidics and brainwide imaging.