Meyer B. Jackson

The paper investigates inter-barrel communication in mouse barrel cortex, revealing direction-dependent synaptic circuitry and anisotropy in short-term plasticity.

This paper introduces genetically-encoded voltage sensors to measure ER membrane potential and shows voltage changes in the ER are directly coupled to plasma membrane voltage steps.

The paper investigates how excitatory inputs affect parvalbumin interneurons in different layers of mouse barrel cortex, finding layer-specific differences in response properties.

This study measures conduction velocities between cortical layers and within barrel columns using hVOS imaging in PV interneurons, finding interlaminar conduction is 71% faster than intralaminar.