Hagar Lavian

The paper identifies a three-ring shifter network in zebrafish that computes heading direction, showing convergent evolution with the Drosophila compass mechanism.

The study shows that visual motion and landmark position in the zebrafish IPN are topographically aligned with heading direction, suggesting integration of navigational signals.

The paper observes a full heading direction circuit in larval zebrafish, revealing its anatomical arrangement and connectivity principles.

The paper investigates how short-term depression in GABAergic synapses of the basal ganglia affects information transmission based on varying firing rates of globus pallidus neurons.