pbio.3002512.s004.pdf (314.77 kB)
Theta-gamma PAC in the hippocampus and ventral auditory stream correlates with behavior.
journal contribution
posted on 2024-03-05, 18:29 authored by Arthur Borderie, Anne Caclin, Jean-Philippe Lachaux, Marcela Perrone-Bertollotti, Roxane S. Hoyer, Philippe Kahane, Hélène Catenoix, Barbara Tillmann, Philippe AlbouyLeft panel: SEEG contacts showing a positive (hot colormap) and negative (blue colormap) relationship between theta-gamma PAC and performance using data from conditions performed by all 16 participants (6 tones encoding 2 s retention and 6 tones encoding 8 s retention). Results are displayed on the single subject T1 in the MNI space provided by SPM12.
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superior temporal sulcusregions across participantsmachine learning analysisintracranial eeg datainferior temporal gyrusinferior frontal gyrusgamma bursts restrictedsuccessful task performancemanipulated task difficultyhippocampal networks enablessilent retention periodglobal neural codeglobal biological mechanismconsistent phase couplingincorrect memory trialssequential auditory informationhippocampal networks supportsterm memory performanceterm retentionsample taskhippocampal activityterm memoryneural excitabilitymechanism actsinformation processingfrequency couplingauditory sequencesworking memorymemory loadxlink ">tone sequencesspatial itemsresistant patientspositively correlatedmultiple visuohigher levelsfindings highlightepilepsy performeddelayed matcheddecodes correctcompared sequencesauditory short
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