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. Author manuscript; available in PMC: 2016 Sep 1.
Published in final edited form as: JAMA Psychiatry. 2015 Aug;72(8):767–777. doi: 10.1001/jamapsychiatry.2015.0101

Table 4. Association Between Functional Network Connectivity and Agea.

Network pair ASD TD whole sample group difference (z)
Bg+Th ~ pfus + V1 -0.06 -0.13b -0.10c 0.69
Bg+Th ~ TE+pSTG+PARop+pIC -0.06 -0.13b -0.09c 0.67
Bg+Th ~ vSI+vMI+pIC -0.04 -0.18b -0.11c 1.31
CRB anterior ~ STS+LH IFG 0.18a 0.08 0.14c 0.87
CRB anterior ~ dSI+dMI+mPMC 0.14 0.11b 0.12c 0.27

Values in the 'ASD', 'TD' and 'whole sample' columns report the Pearson correlation coefficient between FNC and age, after regressing out FIQ, site of acquisition, eyes open/closed at scan, and mean FD. We report in this table only RSN interactions where results were significant. The complete results and scatterplots for all examined RSN interactions are presented in eTable3 and eFigure 9.

Abbreviations: Bg+Th (IC17): Basal Ganglia + Thalamus; pfus + V1 (IC8): posterior fusiform gyrus + primary visual cortex; TE+pSTG+PARop+pIC (IC16): primary auditory cortex + posterior superior temporal gyrus + parietal operculum + posterior insular cortex; vSI+vMI+pIC (IC29): ventral primary somatosensory + primary motor cortex + posterior insular cortex; STS+LH IFG (IC24): superior temporal sulcus + left inferior frontal gyrus; CRB anterior (IC13): anterior Cerebellum.

a

p<.0008 (corrected with q(FDR)=.05)

b

p<.009 (corrected with q(FDR)=.05)

c

p<.012 (corrected with q(FDR)=.05)