Lilach Avitan

This study shows larval zebrafish maintain stable hunting behavior across temperature changes through neural temporal scaling, with spatial parameters remaining invariant.

The paper shows that distinct brain-wide neural activity patterns predict social approach behavior in zebrafish, linking neural dynamics to behavioral variability.

The paper develops a mathematical model to capture the complete behavioral repertoire of larval zebrafish hunting, revealing principles of movement and orientation during prey interaction.

The paper investigates early cortical activity patterns in marsupial dunnarts and finds they emerge region-specifically and sequentially before cortical neurogenesis completes.

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.