Rennie M. Kendrick

The paper combines electrophysiology and single-cell sequencing to study postnatal development of human neocortical neurons, identifying BK channels as key drivers of physiological changes.

The paper shows that single-cell transcriptomic data can robustly predict single-neuron physiology in humans and mice, outperforming cell type averages.

The paper identifies two excitatory neuron subtypes in the claustrum with distinct molecular and circuit properties, revealing a core-shell spatial arrangement that reconciles conflicting views on its extent.