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The Zada Lab

We study how the brain controls social behavior across development and aging. Using genetics, imaging, and behavior in the tiny glassfish- Danionella cerebrum model, our lab investigates the neural and molecular mechanisms that drive group behavior, social engagement, and their disruption in neurodevelopmental disorders.

 

Research

Recent Publications

Zada, David ; Kadobianskyi, Mykola ; Judkewitz, Benjamin et al. / Convergent thyroid-ATPase interactions regulate collective behavior in Danionella. ב-: Cell Reports. 2026 ; כרך 45, מס' 1.
Puri, Palka ; Meyerhof, Geoff T. ; Napoli, Julia L. et al. / Collective Motion in Danionella Emerges from Discrete Copying Interactions. ב-: Physical review letters. 2026 ; כרך 137, מס' 9.
Zada, David ; Schulze, Lisanne ; Yu, Jo Hsien et al. / Development of neural circuits for social motion perception in schooling fish. ב-: Current Biology. 2024 ; כרך 34, מס' 15. עמודים 3380-3391.e5.
Schulze, Lisanne ; Zada, David ; Lovett-Barron, Matthew. / A medley of gene expression adds new depth to zebrafish brain maps. ב-: Science advances. 2023 ; כרך 9, מס' 8.