Natasha Hughes

This study identifies reward circuitry activity predictive of risk-taking in humans using local field potential recordings during a gambling task.

The paper examines how motor control affects mesolimbic local field potentials using electrophysiological recordings during a stop-signal task.

This study investigates the role of GPR156 in mouse and zebrafish sensory organs, showing it relays orientation and transduction information but not afferent selectivity for direction-specific stimuli.

This study investigates how depression affects neural oscillations in the caudate and DLPFC during reward feedback, finding reduced alpha and beta power responses in depressed individuals.

This study identifies a functional cortical network involved in controlling sensorimotor sequences in mice through a novel licking task and electrophysiological analysis.