Fig. 6: Lag-minimum and zero-lag correlation of 0.1–1 Hz HFB signals during task performance and rest. | Nature Communications

Fig. 6: Lag-minimum and zero-lag correlation of 0.1–1 Hz HFB signals during task performance and rest.

From: Electrophysiological dynamics of antagonistic brain networks reflect attentional fluctuations

Fig. 6

a Histogram of the distributions of Fisher-transformed lag-minimum correlation values for all task-responsive DMN–DAN electrode pairs. b Histogram of the distributions of Fisher-transformed zero-lag correlation values for all task-responsive DMN-DAN electrode pairs. c The adjusted R2 values for DMN–DAN linear mixed models with condition (task versus rest) as dependent variable and either lag-minimum correlation only, zero-lag correlation only, or both variables included as fixed effects. d Histogram of the distributions of Fisher-transformed lag-minimum correlation values for all task-responsive DMN–SN electrode pairs. e Histogram of the distributions of Fisher-transformed zero-lag correlation values for all task-responsive DMN–SN electrode pairs. f The adjusted R2 values for DMN–SN linear mixed models with condition (task versus rest) as dependent variable and either lag-minimum correlation only, zero-lag correlation only, or both variables included as fixed effects.

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