Joseph O. Tutt

This study investigates how norepinephrine and dopamine contribute to strategic decision-making and reward learning in mice, finding distinct roles for each in tracking immediate rewards and longer-timescale strategies.

This paper identifies a frontal motor circuit that transforms abstract economic decisions into spatial actions through dynamic reconfiguration.

This study shows that inhibiting the posterior thalamic nuclei in mice reduces CGRP-induced touch hypersensitivity and partially reduces light aversion, suggesting the PoT's role in migraine-like behaviors.