Cortical and subcortical regions feature distinct early and late responses during audition.

<p>The differences between the mean peristimulus spectrograms of maximum-intensity auditory stimulus trials (65.7 dB) and no-stimulus trials (63.5 dB) are shown here. Spectrograms time-locked to real or no-stimulus (blank) onset (time 0, vertical dashed line) were computed for all maximum-inte...

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主要作者:	Sarah H. McGill (22505225) (author)
其他作者:	Qilong Xin (22505228) (author), Taruna Yadav (22505231) (author), Charlie W. Zhao (5395178) (author), Patrick Paszkowski (2941836) (author), Fabrizio Darby (22505234) (author), Mrinmoyee Guha (22505237) (author), Tramy Nguyen (1453444) (author), David S. Jin (22505240) (author), Yuval Nir (162859) (author), Jiayang Liu (10650926) (author), Lim-Anna Sieu (22505243) (author), Hal Blumenfeld (584439) (author)
出版:	2025
主题:	Physiology Developmental Biology Science Policy Mental Health Biological Sciences not elsewhere classified xlink "> studies two auditory tasks suitable animal model primary visual cortex primary information encoding important late signal higher order processing 8 &# 8211 0 &# 8211 human perceptual awareness 30 &# 8211 12 &# 8211 mouse </ p detailed mechanistic investigation late cortical alpha full stimulus intensity full intensity stimulus onset human perception cortical event 30 hz 12 hz thalamic event statistically significant related desynchronization promising platform later signals greatly facilitated frequency band frequency activity better understand also observed 750 ms 100 hz
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Cortical and subcortical regions feature distinct early and late responses during audition.

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