Fig. 6: Cortex-regional influences on modeled CT change patterns explained by most relevant neurobiological markers. | Nature Communications

Fig. 6: Cortex-regional influences on modeled CT change patterns explained by most relevant neurobiological markers.

From: Regional patterns of human cortex development correlate with underlying neurobiology

Fig. 6: Cortex-regional influences on modeled CT change patterns explained by most relevant neurobiological markers.The alternative text for this image may have been generated using AI.

Regional influences on explained modeled CT change. Each row shows one of the 9 markers included in dominance analyses. Scatterplots: Correlation between modeled CT change at the respective predictor’s peak timestep (y axis) and the predictor map, corresponding to panel A-bottom. The first surface shows the residual difference maps calculated for each marker, highlighting the most influential regions on modeled CT change association effects. For illustration purposes, the second and third surface show modeled CT change and the spatial distribution associated with the marker. Colorbars map (i) residual difference, (ii) percent-change, and (iii) z-transformed marker density; individual colorbars were not labelled to maintain readability. See Fig. S14 for all residual difference maps, Fig. S6C for all modeled CT change maps, and Fig. S4 for all predictor maps. CT cortical thickness, see Fig. 2 for abbreviations used in neurobiological marker names. Source data are provided as a Source Data file.

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