Fig. 6: Variation in genomic signature predicts involvement in distributed cognitive networks. | Nature Communications

Fig. 6: Variation in genomic signature predicts involvement in distributed cognitive networks.

From: A molecular gradient along the longitudinal axis of the human hippocampus informs large-scale behavioral systems

Fig. 6: Variation in genomic signature predicts involvement in distributed cognitive networks.

a Maps were downloaded from neurosynth representing greater than chance meta-analytic functional activation in studies with different topic-sets mentioned in their text. Mean HAGGIS (represented by bars) was calculated for samples inside maps encompassing  >500 samples (visualized either directly above or directly below each bar). Error bars represent standard deviation. Topics hypothesized to belong to the AT or PM system are shown in red and blue respectively. b A word cloud summarizing the regions and topics most associated with the genomic signal of the anterior (red) and posterior (blue) hippocampus. Larger words are more associated with networks with higher (red) or lower (blue) HAGGIS.

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