David Robbe

This study shows that lateralized foraging in mice leads to asymmetric corticostriatal plasticity, with increased cortical connectivity to striatal projection neurons in the ipsiversive hemisphere.

The paper maps the sparse and distinct cortical inputs to individual striatal projection neurons, revealing topographic organization at the population level but not at the single-cell level.

This paper introduces a novel foraging task, the Tower Foraging Park, to study cognitive and motor processes underlying behavioral flexibility in mice.

This study investigates how dorsal and ventral striatum contribute to cost-benefit adaptations in vigor during a foraging task in rats.

This study investigates the role of the dorsal striatum in effort sensitivity during motor tasks, finding that lesions affect movement kinematics without impairing procedural memory.

The paper shows that rats adjust their decision biases based on previous outcomes, using a model where reward signals gate the influence of expectations on decisions.

This study shows that local visual cues in virtual reality environments enhance hippocampal spatial coding resolution in mice by increasing place cell proportion, reducing field size, and improving theta phase precession.

This study shows that striatal ensembles, not individual neurons, encode kinematic parameters during motor sequence performance, with a minority of neurons contributing most to encoding accuracy.