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. Author manuscript; available in PMC: 2018 Jun 27.
Published in final edited form as: Obesity (Silver Spring). 2017 Dec 27;26(2):340–350. doi: 10.1002/oby.22060

Table 3.

Reward seed-based frequency connectivity with BMI in men and women

A: Sex differences in BMI-related left GP/SN slow-5 connectivity
Region Side Coordinates Size BSR Correlation ♂ Correlation ♀
X Y Z L GP L SN L GP L SN
Frontal Cortex
Frontal Med Orb (BA 11) bilat -8 28 -10 540 5.83 .65 .44 0 -.02
Frontal Sup Med (BA 32) left -10 50 20 89 5.30 .46 .41 -.20 .09
Frontal Inf Orb (BA 47) left -34 40 -16 89 5.62 .55 .28 -.03 -.40
Frontal Inf Orb (BA 11) right 24 20 -18 125 5.01 .50 .37 -.19 -.08
Limbic/Cingulate Cortex
ACC (BA 25) right 4 36 2 68 5.81 .51 .21 -.23 -.39
ACC (BA 10/32) left -8 44 0 63 4.48 .48 .32 -.03 -.19
pMCC (BA 23) bilat -2 -42 50 67 4.58 .31 .34 -.38 -.22
Temporal Cortex
Angular Gyrus (BA 39) left -38 -58 28 86 4.54 .29 .19 -.30 -.37
Occipital Cortex
Calcarine (BA 17) right 10 -96 4 69 4.32 .46 .42 -.18 -.20
Occipital Mid (BA 17) left -18 -102 0 63 4.96 .47 .40 -.14 -.24
B: Sex commonalities in BMI-related right GP/putamen slow-4 connectivity
Region Side Coordinates Size BSR Correlation ♂ Correlation ♀
X Y Z R GP L Put R Put R GP L Put R Put
Subcortical
Thalamus right 18 -24 -8 261 4.59 .33 .37 .18 .30 .41 .45
Brainstem bilat 0 -28 -34 336 4.66 .40 .41 .36 .41 .39 .40
Frontal Cortex
Frontal Med Orb (BA 10) left -8 60 -4 92 5.06 .44 .54 .42 .22 .31 .40
Frontal Med Sup (BA 8) left -6 24 46 139 5.57 .54 .45 .31 .20 .26 .41
Precentral (BA 4) left -60 0 34 431 6.20 .32 .64 .59 .31 .33 .30
Precentral (BA 4/6) right 58 2 40 129 5.09 .32 .48 .37 .13 .42 .29
Parietal Cortex
Postcentral (BA 3/4) right 36 -26 50 508 5.12 .26 .58 .46 .12 .38 .27
Postcentral (BA 3/4) left -28 -30 60 401 4.93 .24 .32 .23 .42 .49 .51
Supramarginal (BA 40) right 64 -44 40 104 4.69 .32 .42 .34 .13 .45 .13
Precuneus (BA 5) right 10 -58 56 95 4.67 .35 .59 .44 .20 .51 .10
Precuneus (BA 5) right 8 -44 54 240 4.30 .35 .50 .36 .14 .32 .32
Parietal Sup (BA 5/7) left -20 -56 56 89 4.31 .25 .45 .36 .42 .40 .38
Limbic/Cingulate Cortex
Amygdala right 26 2 -24 543 5.44 .36 .51 .27 .47 .41 .21
PCC (BA 23) bilat 6 -46 24 358 5.21 .36 .40 .26 .32 .32 .40
aMCC (BA 23/24) right 4 -10 52 182 4.06 .36 .47 .40 .29 .32 .47
Insula/Operculum
pINS right 34 -10 16 1011 5.43 .35 .53 .29 .15 .35 .37
pINS left -40 -10 -2 111 4.95 .39 .55 .44 .29 .47 .23
Rolandic Oper left -46 -2 18 61 4.88 .24 .17 .36 .30 .36 .49
Temporal Cortex
Temporal Pole Sup (BA 38) right 44 14 -22 98 5.29 .48 .62 .44 .17 .35 -.02
Temporal Pole Sup (BA 21) left -46 8 -22 74 4.93 .34 .50 .07 .32 .38 .56
Temporal Inf (BA 37) right 54 -56 -4 61 4.50 .28 .40 .37 .30 .48 .48
Occipital Cortex
Lingual/Fusiform/Cerebellum 4/5 (BA 19/37) right 28 -34 -20 3699 6.06 .44 .58 .51 .43 .48 .24
Lingual (BA 18) left -24 -82 -4 376 5.74 .34 .50 .32 .53 .38 .17
Occipital Inf (BA 19) left 36 -72 -8 196 5.47 .29 .48 .28 .20 .36 .38
Occipital Mid (BA 7/19) left -30 -64 38 148 4.71 .42 .52 .44 -.13 .28 .05
Cerebellum
Cerebullum 9 bilat -4 -56 -42 1697 5.80 .58 .51 .43 .10 .36 .37
Cerebellum 9 right 12 -48 -34 90 4.70 .34 .48 .31 .46 .35 .33

The correlation columns refer to the correlation between BMI and slow-5 left GP/SN connectivity at the peak voxel. The correlations in the text refer to the correlation between BMI and the overall spatial pattern of slow-5 left GP/SN connectivity.

BA, Brodmann area; BSR, bootstrap ration; ACC, anterior cingulate cortex; pMCC, posterior mid cingulate cortex

The correlation columns refer to the correlation between BMI and slow-4 right GP/putamen connectivity at the peak voxel. The correlations in the text refer to the correlation between BMI and the overall spatial pattern of slow-4 right GP/putamen connectivity.

BA, Brodmann area; BSR, bootstrap ration; pINS, posterior insula; PCC, posterior cingulate cortex; aMCC, anterior mid cingulate cortex