Erin E. Aisenberg

This study identifies GRP/GRPR signaling in the nucleus accumbens medial shell as a regulator of neuronal excitability and motivation.

This paper introduces Cal-ID, a tool that records calcium signaling and neuronal activity by biotinylating nearby proteins, enabling high-resolution molecular mapping.

This study investigates how mTORC1 and mTORC2 differentially regulate dopamine neuron morphology and function in mice, revealing distinct effects on structure, excitability, and dopamine output.

The paper develops an all-optical method to study neuropeptide volume transmission in mouse neocortex, finding faster SST transmission in a chemically degraded extracellular matrix.

The paper introduces a DAT-Flp mouse line to selectively label dopaminergic subpopulations using intersectional genetic strategies.