Segmenting BOLD Signal at Rest Through EEG Microstates. A novel analysis approach to explore Spontaneous Fluctuation of Brain Activity using combined EEG/fMRI

Segmenting BOLD Signal at Rest Through EEG Microstates. A novel analysis approach to explore Spontaneous Fluctuation of Brain Activity using combined EEG/fMRI

Instead we opted for the analysis of shorter, transient EEG events, which identify and quantify brain electric microstates as sub-second time epochs with stable field topography (Lehmann 1987). Since microstates might reflect global functional states we used them as regressors to analyze the spontan...

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Veröffentlicht in:NeuroImage (Orlando, Fla.) Fla.), 2009-07, Vol.47, p.S82-S82
Hauptverfasser: Musso, F, Brinkmeyer, J, Mobascher, A, Warbrick, T, Winterer, G
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Electroencephalography
Studies
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Brinkmeyer, J
Mobascher, A
Warbrick, T
Winterer, G
description Instead we opted for the analysis of shorter, transient EEG events, which identify and quantify brain electric microstates as sub-second time epochs with stable field topography (Lehmann 1987). Since microstates might reflect global functional states we used them as regressors to analyze the spontaneous BOLD fluctuations during relaxed wakefulness.
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subjects Electroencephalography
Studies
title Segmenting BOLD Signal at Rest Through EEG Microstates. A novel analysis approach to explore Spontaneous Fluctuation of Brain Activity using combined EEG/fMRI
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