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. 2011 Sep 6;33(10):2377–2389. doi: 10.1002/hbm.21374

Table II.

Brain regions with significant nonlinearity of lifespan GMV trajectory

Brain region Hemisphere Cluster size in voxels Voxel t‐value (FWE‐cor.) Peak MNI coord. (mm) Explained variance gain due to quad. predictor (%) Age of max. GMV in mean quadratic regression (yr) Age of max. change of slope of smoothing spline (yr)
x y z
Hippocampus/amygdala Left 1003 8.99 −28 −15 −18 14 41.3 59
Cerebellum lob. V/VI (Hem.) Right 1935 8.61 15 −54 −17 7 30.8 54
Hippocampus/amygdala Right 843 7.76 30 −13 −20 11 40.2 59
Cerebellum lob. VII (Hem.) Right 1014 7.09 20 −61 −57 7 33.2 57
Cerebellum lob. VI/VII (Hem.) Left 880 7.05 −20 −55 −18 6 31.8 55
Striatum Right 199 7.03 18 10 −9 6 32.5 56
Parietal operculum Left 91 6.86 −36 −19 16 5 26.6 55
Parietal operculum Right 91 6.64 36 −16 16 4 23.1 50
Orbitofrontal cortex Left 64 6.57 −27 35 −17 7 34.5 59
Nucleus caudate Left 66 6.40 −12 20 0 4 30.5 55
Cerebellum lob. VII (Hem.) Left 212 6.26 −20 −79 −35 5 33.3 54
Putamen Left 93 6.23 −16 8 −12 5 30.2 52
Cerebellum lob. VIII (Vermis) Right 72 5.99 6 −72 −44 5 33.4 57

Listed are cluster size, peak t‐values with coordinates, percentage increase of explained variance of GMV by inclusion of a quadratic age predictor, ages of maximum GMV in quadratic model, and the ages of maximum change of slope in the smoothing spline model. All reported brain regions are significant with voxel threshold t = 4.83 (P < 0.05) and extent threshold k = 50 voxels (P < 0.0001) using FWE correction.