AC LFP responses to the second and third tones in the sound cue used to predict time to reward changes with training. A–C: Normalized average AC LFP responses to the three different tone components of the sound cue from an example animal trained on the four different sound-reward intervals represented by the different colors (solid line denotes mean, shaded area represents SEM across no-lick trials).

Dashed black lines represent onset of the tone as shown in the illustration above. D–F: Boxplot showing the AC LFP response magnitude computed across animals (N = 8) for each of the three tones across sound-reward intervals. In each box, the solid line...

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Bibliographic Details
Main Author:	Harini Suri (21464731) (author)
Other Authors:	Karla Salgado-Puga (122670) (author), Yixuan Wang (643708) (author), Nayomie Allen (21464734) (author), Kaitlynn Lane (21464737) (author), Kyra Granroth (21464740) (author), Alberto Olivei (21464743) (author), Nathanial Nass (21464746) (author), Gideon Rothschild (16914252) (author)
Published:	2025
Subjects:	Neuroscience Ecology Sociology Science Policy Mental Health Infectious Diseases Biological Sciences not elsewhere classified task reliably estimate initiate consequent action approaching vehicle signals simultaneous neural recordings predict future events neural activity across time actions accordingly sound prospectively encoded predict delayed reward auditory cortical responses triggered delayed reward use sound cues sound cue predicting auditory cortical reward reward time interval auditory cortical predict sound time interval use sound sound cue neural mechanisms upcoming reward triggered timing auditory perception auditory cortex underlie sound appetitive sound anticipated sound xlink "> well understood timing prediction timed increases read later predictive licking posterior striatum neurophysiological signatures monosynaptic projections mice trained mice showed guided prediction fixed mice execute behaviors evading predation dramatic impairment dependent well crucial aspect chemogenetic inactivation causal involvement answered within
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