Karly M. Turner

The paper identifies mPFC intratelencephalic neurons as critical for goal-directed learning through chemogenetic inhibition and synaptic plasticity analysis.

This study examines how inactivation and dopamine receptor agents in the dorsolateral and dorsomedial striatum affect action sequence performance in rats, finding DLS critical for sequence execution and D2 receptor modulation.

This study shows that disrupting astrocyte signaling in the nucleus accumbens impairs instrumental actions driven by general arousal but not by specific outcome expectations.

The paper shows that striatal neuroinflammation disrupts astrocyte function, leading to excessive goal-directed action control in rats.

This study shows that the dorsomedial and dorsolateral striatum have opposing roles in skill acquisition in rats, with dorsomedial striatum accelerating and dorsolateral impeding sequence learning.