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. 2021 May 15;49:100963. doi: 10.1016/j.dcn.2021.100963

Table 2.

Significant clusters resulting from whole brain analyses.

k F1, 43 x Y z BA Region
ACTIVATION: ANTICIPATION
Reward Condition
152 37.2 17 −83 −7 17,18,19 Lingual Gyrus, Cuneus
132 38.6 −17 −89 −7 17,18,19 Lingual Gyrus, Cuneus
*Early Life Stress x Reward Condition
43 27.5 −35 20 −22 38,21,28 Temporal Pole
ACTIVATION: FEEDBACK
Early Life Stress
56 28.7 59 −35 −16 21,20 Middle/Inferior Temporal Gyrus
49 24.1 −29 17 54 6,8 Dorsolateral prefrontal cortex
32 21.8 26 −71 −34 Pyramis, Uvula
Concurrent Stressful Life Events
96 20.8 38 −44 33 40,39 Superior Temporal Gyrus, Precuneus, Inferior Parietal Lobule
Reward Condition
2095 81 −23 −92 −7 18,19 Stratum, Occipital, Parietal, Fusiform, Angular, Parahippocampal Gyrus
81 19.8 5 17 6 Bilateral Caudate, Striatum
Early Life Stress x Reward Condition
33 24.3 −53 −14 27 6,4,3 Pre/postcentral Gyrus
32 31.5 65 −11 −22 21,20 Inferior/ Middle Temporal Gyrus
Concurrent Stressful Life Events x Reward Condition
65 21.1 59 −11 30 4,3,6,1,43,2 Pre/ Postcentral Gyrus
39 16 −38 −8 33 6,4,3 Pre/ Postcentral Gyrus
Performance
137 22.3 −8 −53 18 31, 30, 23, 18, 19, 29, 18 Posterior Cingulate, Precuneus, Cuneus
137 31 8 5 51 32, 6, 24, 32, 8 Medial Prefrontal Cortex
123 21 32 −53 42 40, 7, 39, 19 Supramarginal Gyrus, Inferior Parietal Lobule
104 40.4 −32 −23 48 3,4,2,6,40 Post/ Precentral Gyrus
89 32.3 −5 −11 57 6, 31,24 Dorsomedial Prefrontal Cortex
87 24.6 41 −8 42 6,4,3 Dorsolateral Prefrontal Cortex
62 21.5 8 −53 −13 Bilateral Cerebellar Lingual
57 22.6 14 −5 9 Thalamus
53 17.8 8 −56 15 30,29,18,23,19 Posterior Cingulate
38 21.4 47 −29 18 41,40,13,42 Insula
38 14 −26 −77 27 7,31 Precuneus
36 15 38 23 27 9 Dorsolateral Prefrontal Cortex
35 19.1 −8 14 39 32,24 Medial Prefrontal Cortex
Concurrent Stressful Life Events x Performance
30 17.3 −29 −14 7 Amygdala
Condition x Performance
38 17.6 32 −62 −1 19,18 Fusiform Gyrus
31 17.8 32 47 −1 10 Ventral Prefrontal Cortex
29 17.7 14 −59 −13 Declive, Culmen
*Early Life Stress x Condition x Performance
171 43.8 −41 −77 −10 18,19,37,17,20 Fusiform Gyrus
58 22.3 14 68 3 10 Ventral Prefrontal Cortex
39 33.2 −2 −65 −7 Bilateral Culmen
31 23.4 −26 −38 −37 Cerebellar Tonsil
29 24.6 −29 −62 −25 Culmen, Pyramis
29 33.6 −26 2 63 6 Dorsal Prefrontal Cortex
LEFT AMYGDALA CONNECTIVITY: FEEDBACK
Performance
28 15.7 35 −65 39 19,7,39 Precuneus
Early Life Stress x Reward Condition x Performance
48^ 18.3 −23 −2 60 6 Dorsal Frontal Cortex
RIGHT AMYGDALA CONNECTIVITY: FEEDBACK
Concurrent Stressful Life Events
57 18 26 −44 −34 Cerebellar Tonsil
41 16.9 −53 20 −13 9 Ventrolateral Prefrontal Cortex
*Early Life Stress x Reward Condition x Performance
100 17.1 −2 −29 57 6,5,3,4 Medial Frontal Gyrus
34^ 14.9 −26 26 30 9 Lateral Prefrontal Cortex
LEFT VENTRAL STRIATUM CONNECTIVITY: FEEDBACK
Performance
48 18.1 −11 17 51 6,8 Dorsal Medial Prefrontal Cortex
34 21.7 8 −26 45 31,5,24,6,7 Cingulate Gyrus
RIGHT VENTRAL STRIATUM CONNECTIVITY: FEEDBACK
Concurrent Stressful Life Events
53 20.1 −38 29 24 10,46,9 Lateral Prefrontal Cortex
41 17.4 −11 −17 −1 Thalamus
35 21.2 14 65 −1 10 Striatum
34 15.7 −20 5 9 Lentiform Nucleus
*Early Life Stress x Performance
45 19.9 56 −32 −4 21 Temporal Parietal Junction

Note: Contrasts that did not yield significant clusters are not listed in this table. Clusters emerged from whole-brain analyses. * indicates a contrast of interest. Bolded clusters indicate clusters highlighted in figures. “^” indicates clusters that did not survive correction for depression.