Andreas Burkhalter

This study develops a non-human primate model of internal capsule infarct to study motor impairments and adaptations, finding persistent distal deficits and compensatory behavioral strategies.

This study uses calcium imaging in mice to show that different layers of the orbitofrontal cortex encode decision variables differently, revealing a layered architecture for economic decision-making.

The paper investigates how locomotion modulates neural activity in mouse V1, finding that M2- interpatches show stronger locomotion-related responses and integrate visual signals across the visual field.

This study shows that neural representations of decision variables in the orbitofrontal cortex of mice remain stable over 20 weeks, with only modest representational drift.

The paper analyzes the hierarchical organization of the mouse visual cortex using laminar patterns of interareal axonal projections and identifies both canonical and noncanonical hierarchical network motifs.

The paper shows that inhibition in mouse visual cortex is spatially clustered, with distinct excitation patterns in patch and interpatch subnetworks.

The paper analyzes mouse cortical connectivity using tracer injections and histological markers, revealing high graph density and distinct connectivity profiles compared to macaques.