Table 5.
Cortical regions significantly associated with symptoms of inattention and impulsivity in the Bucharest Early Intervention Project (n=74)1
Inattention | Impulsivity | ||||
---|---|---|---|---|---|
β | FDR corrected p-value |
β | FDR corrected p-value |
||
Brain Area | Region2 | ||||
Left Hemisphere | |||||
Superior Parietal Cortex | 1 | −.38 | .013 | −.29 | .027 |
Superior Temporal Gyrus | 2 | −.45 | .001 | −.36 | .009 |
Superior Parietal Cortex | 5 | −.27 | .036 | −.33 | .013 |
Inferior Parietal Cortex | 7 | −.34 | .013 | −.27 | .051 |
Superior Parietal Cortex | 11 | −.43 | .001 | −.34 | .012 |
Precuneus | 16 | −.36 | .007 | −.35 | .011 |
Posterior Cingulate | 17 | −.25 | .040 | −.20 | .098 |
Middle Frontal Gyrus | 18 | −.34 | .009 | −.25 | .053 |
Lateral Orbitofrontal | 19 | −.37 | .009 | −.31 | .035 |
Inferior Parietal Cortex | 22 | −.32 | .011 | −.30 | .018 |
Postcentral Gyrus | 23 | −.27 | .036 | −.19 | .133 |
Supramarginal Gyrus | 25 | −.27 | .036 | −.24 | .063 |
Superior Temporal Sulcus | 27 | −.43 | .001 | −.35 | .009 |
Inferior Parietal Cortex | 28 | −.25 | .049 | −.15 | .211 |
Superior Parietal Cortex | 32 | −.30 | .018 | −.12 | .314 |
Right Hemisphere | |||||
Middle Frontal Gyrus | 1 | −.33 | .008 | −.31 | .018 |
Inferior Parietal Cortex | 2 | −.43 | .001 | −.42 | .002 |
Inferior Temporal Gyrus | 4 | −.33 | .014 | −.35 | .013 |
Supramarginal Gyrus | 5 | −.36 | .005 | −.34 | .011 |
Superior Parietal Cortex | 6 | −.43 | .001 | −.38 | .009 |
Frontal Pole | 7 | −.36 | .007 | −.36 | .012 |
Precuneus | 8 | −.45 | .001 | −.41 | .002 |
Superior Temporal Gyrus | 9 | −.40 | .002 | −.30 | .023 |
Fusiform Gyrus | 12 | −.34 | .008 | −.36 | .009 |
Insula | 16 | −.43 | .001 | −.37 | .009 |
Lingual Gyrus | 21 | −.40 | .002 | −.36 | .009 |
Superior Temporal Sulcus | 25 | −.41 | .001 | −.26 | .045 |
Insula | 27 | −.40 | .002 | −.27 | .039 |
Significant at the .05 level, 2-sided test after correction for false discovery rate (FDR)
Associations reported for symptoms of inattention and impulsivity are based on linear regression controlling for age, gender, total brain volume, and TR.