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. Author manuscript; available in PMC: 2020 May 1.
Published in final edited form as: Pharmacol Biochem Behav. 2019 Mar 5;180:1–10. doi: 10.1016/j.pbb.2019.03.001

Table 3.

Multivariate Pattern Analysis Correlates of Smoking Cue Attentional Bias

A. Attentional bias towards smoking cues
Region # Voxels x y z
negative
L posterior insula/precentral gyrus 6 −4 6 −4 9
L middle frontal gyrus 5 −46 25 34
1 −24 47 18
1 −38 34 18
R cerebellum 4 14 −51 −44
R anterior insula 2 29 21 1
1 31 −3 5
L fusiform gyrus 2 −32 −50 −15
B. Attentional bias towards smoking cues interaction with group
Region # Voxels x y z
positive
R postcentral gyrus 1 55 −13 22
negative
L rostral anterior cingulate cortex 13 −8 45 −4
R rostral anterior cingulate cortex 2 14 45 8
L inferior frontal gyrus (pars triangularis) 2 −55 −19 10
L cerebellum 2 −16 −46 −43
C. Bias attributed to response facilitation
Region # Voxels x y z
positive
L cerebellum 10 −1 4 −56 −23
R superior parietal lobule 3 21 −45 64
negative
R insula 3 35 8 15
R inferior frontal gyrus (pars opercularis) 1 −34 −41 −17
D. Bias attributed to response facilitation interaction with group
Region # Voxels x y z
positive
L middle temporal gyrus 2 −4 8 −40 4
R middle temporal gyrus 1 58 9 −13
Mid-cingulate cortex 1 8 −26 43
brainstem 1 11 −17 −28
negative
R orbital frontal gyrus 4 16 23 −15
E. Bias attributed to smoking cue interference
Region # Voxels x y z
negative
R postcentral gyrus 5 17 −35 67
R temporal pole 2 50 10 −19
L fusiform gyrus 2 −32 −38 −27
L middle frontal gyrus 1 −50 22 23
1 −27 63 9
L middle temporal gyru s 1 −64 −43 −2
F. Bias attributed to smoking cue interference interaction with group
Region # Voxels x y z
negative
R frontal eye field 4 35 3 44
L frontal eye field 2 −41 4 52