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Topic: subpallium

ePoster
1 ePoster

In Neuroscience

Rapid predator learning in a developing vertebrate brain

Dhruv Zocchi, Millen Nguyen, Emmanuel Marquez-Legorreta, Igor Siwanowicz, Chanpreet Singh, David Prober, Elizabeth Hilman, Misha Ahrens · COSYNE 2025

Nascent animals are most in need of learning to identify predators due to their vulnerability, yet paradoxically, are generally assumed not to be capable of such rapid, complex learning tasks. Here, a robotic fish-attacker interaction assay showed that larval zebrafish just a week of age learn to identify and avoid a robot following brief minutes-long periods of chase. Whole-brain calcium imaging identified noradrenergic signaling, consistent with a reinforcement signal, that was coupled to activity in populations spread across the larval pallium, subpallium, and habenula. Finally, targeted ne

ePoster · Neuroscience