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. Author manuscript; available in PMC: 2019 Oct 15.

Published in final edited form as: Neuroimage. 2017 Nov 10;180(Pt B):350–369. doi: 10.1016/j.neuroimage.2017.10.067

Fig.13 — Dynamic spatial overlaps/interactions between the #2 and #5 GFNs. (a) The spatial overlap between the two GFNs varies with the task contrast in the motor task. The contrast design 6 excites the overlap area to increase dramatically at time point C₁ and C₂, while it decreases to almost zero at the idle time point I₁. (b) The spatial overlap between the two GFNs is negatively correlated with the task contrast in the working memory task. That means the contrast design of the working memory task may inhibit the functional interaction of these two networks.

Fig.13 — Dynamic spatial overlaps/interactions between the #2 and #5 GFNs. (a) The spatial overlap between the two GFNs varies with the task contrast in the motor task. The contrast design 6 excites the overlap area to increase dramatically at time point C₁ and C₂, while it decreases to almost zero at the idle time point I₁. (b) The spatial overlap between the two GFNs is negatively correlated with the task contrast in the working memory task. That means the contrast design of the working memory task may inhibit the functional interaction of these two networks.