Sentence examples for eeg band from inspiring English sources

To date, only few EEG-fMRI studies of WM examined the relationship between EEG band dynamics and fMRI responses, i.e. the Blood Oxygen Level Dependency (BOLD) signal, during the retention period of a WM task [22], [23], [24].

Mantini et al. (2007) investigated the correlation of various EEG frequency bands with these RSNs using EEG fMRI and found evidence for specific group level EEG band power correlation profiles for six RSNs.

EEG phenomena can be categorised as either: isolated events with varying durations (e.g., epileptic spikes, epileptic seizures, ERP amplitude and/or latency, EEG band power change time-locked to a stimulus or task); or continuously varying (e.g., spontaneous fluctuations in EEG alpha-band (8 12 Hz) power during awake rest, gamma-band power fluctuations while performing a task).

Relative power (RP) of three EEG band frequencies, and inter-hemispheric correlation (r) were calculated and a comparison was made between rats under motivated and non-motivated conditions.

Absolute (AP) and relative (RP) powers of three EEG band frequencies, and interhemispheric correlation (r) of EEG activity were calculated and compared among conditions.

Alpha peak changes and pre-attack EEG band power have been reported previously in paired studies [29, 50].

Source analyses of resting state encephalographic (EEG) signals of the classical EEG bands were correlated to subjective tinnitus perception scores measured on a Visual Analogue Scale (VAS).

Each category was assigned EEG bands, based on reported brain patterns during mental tasks, and meditations were categorized based on their reported EEG.

This increase prevailed throughout the sample, whereas effects on the power of the alpha, beta and theta EEG bands were highly variable.

Research suggests that nicotine deprivation among smokers is associated with lesser resting cortical activity (i.e., greater power density in theta and alpha-1 EEG bands and lesser power in beta bands).

Fig. 1 Statistical differences in information transfer and their relative directions among nodes in resting state EEG bands are depicted in the Migraine with aura (MA), Migraine without aura (MO) and Controls (C) groups.