Takashi Handa

The paper investigates how acetylcholine modulates interhemispheric inhibition in the mouse motor cortex through cell-type-specific mechanisms.

The paper analyzes neuronal ensemble activity in rats during a decision-making task, identifying distinct spatiotemporal dynamics related to choice and outcome.

The paper identifies synergistic information transfer between the medial frontal cortex and dorsal striatum in rats during decision-making tasks.

This study shows that neural trajectories in the medial frontal cortex and dorsal striatum of rats process choice and outcome information in parallel, with increased spike synchrony between these regions during task performance.

The paper develops a biophysical model of GCaMP6s calcium binding kinetics to accurately infer action potentials from fluorescence data in vivo.

The paper shows that individual differences in decision making under uncertainty are linked to variability in neural dynamics in the medial frontal cortex of rats.