Lior Tiroshi

The paper investigates the mechanism of dopamine traveling waves in the striatum using theoretical and experimental approaches, finding that cholinergic interneurons and dopamine axons interact to drive these waves.

The paper investigates how non-uniform distribution of dendritic currents in cholinergic interneurons differentially processes thalamostriatal and corticostriatal inputs.

The paper investigates how striatal neurons represent self-initiated and learned actions in freely-moving mice, finding dynamic recruitment of neurons into cell assemblies during learned behaviors.

This study shows how dendritic arbor structure influences the phase response curves of SNr pacemakers, affecting their collective dynamics and entrainment.

The paper uses endoscopic imaging to study cholinergic interneurons in freely moving mice, revealing traveling-wave-like activity patterns in the neuropil that reflect collective spiking dynamics.