Amy Claire Kristl

The paper shows that interactions between motor cortical regions change with behavior, with CFA dominating over RFA during climbing and vice versa during reaching.

The paper shows that neural activity perturbations improve the accuracy of inferring across-region interactions in brain models.

The paper identifies selective direct motor cortical influence on limb muscles during climbing in mice, revealing distinct neural activity patterns.

The paper investigates area-specific differences in interneuron recruitment and circuit properties across mouse visual cortex areas using in vitro recordings and optogenetic stimulation.