Neurons in the posterior parietal cortex contribute to the execution of goal-directed
navigation and other decision-making tasks,–. Although molecular studies have catalogued …

Arousal powerfully influences cortical activity, in part by modulating local inhibitory circuits.
Somatostatin (SOM)-expressing inhibitory interneurons are particularly well situated to …

Cortical interneurons shape network activity in cell type-specific ways, and interact with other
cell types. These interactions are understudied, as current methods typically restrict in vivo …

Intracortical microstimulation (ICMS) of sensory cortices produces artificial sensation yet the
neural mechanisms underlying evoked responses, particularly among inhibitory …

Several inhibitory interneuron subtypes have been identified as critical in regulating sensory
responses. However, the specific contribution of each interneuron subtype remains …

The basic structure of local cortical circuits, including the composition of cell types, is highly
conserved across the cortical processing hierarchy. However, computational roles and the …

Arousal powerfully and globally influences cortical activity, yet the local circuits
implementing these effects are poorly understood, especially outside of sensory cortex …

Cortical interneurons shape network activity in cell type-specific ways, and are also
influenced by interactions with other cell types. These specific cell-type interactions are …

The inhibitory neuron population of the cortex can be subdivided into multiple cell classes
with highly specialized local circuitry, gene expression, and response properties. PV and …

The general structure of cortical microcircuits appears to be conserved throughout the
cortical hierarchy; however, specific differences in functional properties of this stereotyped …