Martha W. Bagnall

The paper identifies V2a neurons in zebrafish as key mediators of long-range locomotor propagation through their connectivity patterns.

The paper reveals topographic organization in a zebrafish vestibular brainstem circuit by showing birthdate correlates with neuronal position, innervation patterns, and connectivity.

The paper investigates connectivity patterns of clonally related Notch-differentiated V2a/b neurons in zebrafish spinal cord and finds they integrate into distinct circuits rather than shared ones.

The paper maps the zebrafish gravity-sensing system and shows that sensory tuning and developmental sequence organize vestibular topography.

This study maps the connectivity of V2b neurons in larval zebrafish spinal circuits, showing they inhibit motor neurons and other interneurons, with patterned inhibition along the rostrocaudal axis.

The paper maps synaptic outputs of V1 neurons in zebrafish to show they inhibit motor targets locally and sensory targets distally, coordinating locomotion.

This study demonstrates that convergence of otolith afferents with similar or differing preferred directions shapes the tuning complexity of central vestibular neurons in zebrafish.

The paper identifies two subclasses of V2b neurons in zebrafish that modulate locomotor speed through ipsilateral inhibition.