Ultrafast neuronal imaging of dopamine dynamics with designed genetically encoded sensors

Abstract

Imaging dopamine release in the brain Neuromodulator release alters the function of target circuits in poorly known ways. An essential step to address this knowledge gap is to measure the dynamics of neuromodulatory signals while simultaneously manipulating the elements of the target circuit during behavior. Patriarchi et al. developed fluorescent protein–based dopamine indicators to visualize spatial and temporal release of dopamine directly with high fidelity and resolution. In the cortex, two-photon imaging with these indicators was used to map dopamine activity at cellular resolution. Science , this issue p. eaat4422

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Affiliated Institutions

• Salk Institute for Biological Studies US
• University of California, Davis US
• Northwestern University US
• University of California, San Francisco US
• Vollum Institute US
• California Institute of Technology US

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