Significant asynchronous single-trial power (STP) contrasts by frequency band.

Significant asynchronous single-trial power (STP) contrasts by frequency band.

<p>Significant asynchronous single-trial power (STP) contrasts by frequency band.</p>

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Bibliographic Details
Main Author:	Ernest V. Pedapati (7337414) (author)
Other Authors:	Lauren E. Ethridge (7040135) (author), Yanchen Liu (3691888) (author), Rui Liu (54031) (author), John A. Sweeney (6677963) (author), Lisa A. DeStefano (14154426) (author), Makoto Miyakoshi (4670149) (author), Khaleel Razak (675400) (author), Lauren M. Schmitt (7040129) (author), David R. Moore (7904903) (author), Donald L. Gilbert (9587637) (author), Steve W. Wu (13647372) (author), Elizabeth Smith (337984) (author), Rebecca C. Shaffer (7337417) (author), Kelli C. Dominick (7337420) (author), Paul S. Horn (6329789) (author), Devin Binder (3837181) (author), Craig A. Erickson (7337423) (author)
Published:	2025
Subjects:	Neuroscience Science Policy Biological Sciences not elsewhere classified may reflect changes auditory attention task asynchronous gamma power asynchronous gamma activity overlapping neural projections across multiple regions auditory sensitivity disturbances temporal lobe hyperexcitability hyperacusis may stem fragile x syndrome frontal cortex hyperactivation auditory chirp stimulus frontal regions auditory processing frontal cortex chirp stimulus gamma desynchrony sound sensitivity neural basis temporal cortex stimulus onset chirp onset well understood therapeutic targets temporal properties sensory hypersensitivity results showed regulation play often leads linked disorder intellectual disability highly correlated evidence indicates distressing symptom
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