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. 2022 Feb 21;32(24):5637–5653. doi: 10.1093/cercor/bhac042

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Fig. 6 — The relationship between MF during REST and the change in LZC from REST to TASK. A) The scatter plot of MF-REST (x-axis) versus the change in LZC (y-axis) from REST to MOVIE (left) and RET (right). The plots indicate a decrease in the range of the “change” as a function of MF-REST. B) Mediation model to investigate the role of MF-REST in the change in LZC from resting to task state. LZC-REST is used as the independent variable and the model investigates whether the effect of LZC-REST on LZC-MOVIE (left) or LZC-RET (right) as the dependent variable is mediated by MF-REST. The bootstrapped model showed significant partial mediation through MF-REST. C) Box plots showing the range of the “change” values for low-MF and high-MF during REST. MF-REST was median-split into low and high categories. Statistics were conducted using Student’s t-test over subjects. For each subject, a range of LZC change was calculated in low and high MF categories. For both conditions (MOVIE and RET), the range of LZC change in low-MF is significantly wider than high-MF. Stars represent the significance level . D) Nonlinear topographic relationship of slow–fast dynamics and neural complexity.

Inline graphic — The relationship between MF during REST and the change in LZC from REST to TASK. A) The scatter plot of MF-REST (x-axis) versus the change in LZC (y-axis) from REST to MOVIE (left) and RET (right). The plots indicate a decrease in the range of the “change” as a function of MF-REST. B) Mediation model to investigate the role of MF-REST in the change in LZC from resting to task state. LZC-REST is used as the independent variable and the model investigates whether the effect of LZC-REST on LZC-MOVIE (left) or LZC-RET (right) as the dependent variable is mediated by MF-REST. The bootstrapped model showed significant partial mediation through MF-REST. C) Box plots showing the range of the “change” values for low-MF and high-MF during REST. MF-REST was median-split into low and high categories. Statistics were conducted using Student’s t-test over subjects. For each subject, a range of LZC change was calculated in low and high MF categories. For both conditions (MOVIE and RET), the range of LZC change in low-MF is significantly wider than high-MF. Stars represent the significance level . D) Nonlinear topographic relationship of slow–fast dynamics and neural complexity.