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Table 2. 

Neural Regions that Correlated with (A) Gender and Risk Taking and (B) Age and Response Inhibition

Anatomical Region
x
y
z
Max Z
k
A. Gender Differences in Brain Activation on the BART 
Cash outs > baseline, females > males 
 R Cuneus −102 −2 4.0 1101 
 L Fusiform −26 −54 −10 3.6 775 
 L Cuneus −22 −94 18 3.8 687 
 R Fusiform 38 −46 −24 4.1 480 
Pumps > control, males > females 
 R Precuneus −60 44 3.9 691 
 L BA 3,1,2 −16 −26 68 4.1 520 
 
B. Age Difference in Brain Activation on GNG 
no-go > go 
 L Cuneus −6 −74 18 4.3 1272 
 R pSTS 44 −68 26 3.8 688 
 L Precuneus −2 −68 52 4.2 622 
 L pSTS −50 −52 3.6 610 
 R DLPFC 36 18 44 3.5 542 
Anatomical Region
x
y
z
Max Z
k
A. Gender Differences in Brain Activation on the BART 
Cash outs > baseline, females > males 
 R Cuneus −102 −2 4.0 1101 
 L Fusiform −26 −54 −10 3.6 775 
 L Cuneus −22 −94 18 3.8 687 
 R Fusiform 38 −46 −24 4.1 480 
Pumps > control, males > females 
 R Precuneus −60 44 3.9 691 
 L BA 3,1,2 −16 −26 68 4.1 520 
 
B. Age Difference in Brain Activation on GNG 
no-go > go 
 L Cuneus −6 −74 18 4.3 1272 
 R pSTS 44 −68 26 3.8 688 
 L Precuneus −2 −68 52 4.2 622 
 L pSTS −50 −52 3.6 610 
 R DLPFC 36 18 44 3.5 542 

L and R refer to left and right hemispheres; x y and z refer to MNI coordinates; Max Z refers to the z score at those coordinates (local maxima); k refers to the number of voxels in each significant cluster. All regions are listed at cluster-forming threshold of Z > 2.3 and an extent threshold of p < .05 corrected using the Theory of Gaussian Random Fields. pSTS = posterior STS.

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