Stable representation of sounds in the posterior striatum during flexible auditory decisions

Lan Guo, William I. Walker, Nicholas D. Ponvert, Phoebe L. Penix and Santiago Jaramillo ()
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Lan Guo: University of Oregon
William I. Walker: University of Oregon
Nicholas D. Ponvert: University of Oregon
Phoebe L. Penix: University of Oregon
Santiago Jaramillo: University of Oregon

Nature Communications, 2018, vol. 9, issue 1, 1-10

Abstract: Abstract The neuronal pathways that link sounds to rewarded actions remain elusive. For instance, it is unclear whether neurons in the posterior tail of the dorsal striatum (which receive direct input from the auditory system) mediate action selection, as other striatal circuits do. Here, we examine the role of posterior striatal neurons in auditory decisions in mice. We find that, in contrast to the anterior dorsal striatum, activation of the posterior striatum does not elicit systematic movement. However, activation of posterior striatal neurons during sound presentation in an auditory discrimination task biases the animals’ choices, and transient inactivation of these neurons largely impairs sound discrimination. Moreover, the activity of these neurons during sound presentation reliably encodes stimulus features, but is only minimally influenced by the animals’ choices. Our results suggest that posterior striatal neurons play an essential role in auditory decisions, and provides a stable representation of sounds during auditory tasks.

Date: 2018
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DOI: 10.1038/s41467-018-03994-3

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