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Table 6 Brain areas and statistical results of the 'distracted' subgroup (n = 6) with p< .03 and 1055 voxels activated for Novel and Goal stimulus vs Zero and Goal conditions— N.GvsZ.G

From: Prior context influences motor brain areas in an auditory oddball task and prefrontal cortex multitasking modelling

  Significant brain areas activated Voxels with maximum T- value Brodmann areas Significant brain areas activated Voxels with maximum T- value Brodmann areas
Positive difference Statistics Coordinates Positive difference Statistics Coordinates
  T p x y z    T p x y z  
Frontal lobes Frontal lobes
1 L PrecentralGyrus 4.11 .005 − 35 8 36 9 1 R InferiorFrontal Gyrus 3.75 .007 27 32 − 7 47
2 R MedialFrontal Gyrus 3.36 .01 18 37 24 9 2 R PrecentralGyrus 2.51 .027 48 − 11 10 13
  Parietal lobes        Parjetal lobes       
         3 L Precuneus 12.40 < .001 − 12 − 44 37 31
         4 R AngularGyrus 22.84 < .001 47 − 70 37 39
         5 R InferiorParietal Lobule 15.41 < .001 47 − 67 38 39,40
         6 R Precuneus 7.92 < .001 44 − 70 41 19,39
         7 R SupramarginalGyrus 5.96 < .001 62 − 46 30 40
Temporal lobes Temporal lobes
         8 L MiddleTemporal Gyrus 8.73 < .001 − 60 − 29 1 21,22
         9 L SuperiorTemporal Gyrus 6.08 < .001 − 54 − 27 1 21,22,41
         10 L TransverseTemporal Gyrus 4.16 .004 − 40 − 31 11 41
3 R CaudateCaudateTail 2.81 .019 33 − 39 3   11 R MiddleTemporal Gyrus 4.31 .004 52 − 63 29 39
4 R SuperiorTemporal Gyrus 3.32 .011 44 − 20 − 5 22 12 R SuperiorTemporal Gyrus 4.63 .003 38 − 32 16 13,22,41
Occipital lobes 13 R TransverseTemporal Gyrus Occipital lobes 3.34 .01 50 − 28 10 41
5 R FusiformGyrus 6.81 < .001 28 − 48 − 7 37 14 L Cuneus 20.87 < .001 − 15 − 78 29 18,19
6 R ParahippocampalGyrus 7.34 < .001 26 − 48 − 9 37 15 L Precuneus 18.92 < .001 − 7 − 57 27 31
         16 R Cuneus 6.21 < .001 14 − 89 30 19
Limbic lobes Limbic lobes
7 R AnteriorCingulate 3.26 .011 21 34 24 32 17 L CingulateGyrus 13.53 < .001 − 5 − 58 26 31
8 R ParahippocampalGyrus 5.41 .001 30 − 45 − 9 19,37 18 L PosteriorCingulate 14.32 < .001 − 6 − 58 24 31
  Deep gray (Sub lobar areas)       Deep gray (Sub lobar areas)      
9 R ThalamusPulvinar 6.41 < .001 9 − 30 9   19 L LentiformNucleus 3.24 .011 − 15 − 5 4  
         20 L LentiformNucleusLateralGlobus Pallidu 4.01 .005 − 15 1 5  
         21 L LentiformNucleusMedialGlobus Pallidt 3.18 .012 − 12 1 2  
         22 L LentiformNucleusPutamen 4.00 .005 − 18 1 3  
         23 L Thalamus 5.08 .002 − 9 − 9 1  
         24 L ThalamusMammillary) Body 3.23 .012 − 13 − 20 2  
         25 L ThalamusMedial DorsalNucleus 4.02 .005 − 7 − 20 3  
         26 L ThalamusVentral AnteriorNucleus 3.08 .014 − 16 − 8 12  
         27 L ThalamusVentral LateralNucleus 6.11 < .001 − 10 − 10 3  
         28 L ThalamusVentral PosteriorLateral Nucl 3.19 .012 − 17 − 22 1  
         29 L ThalamusVentral PosteriorMedial Nucli 3.42 .009 − 15 − 20 3  
         30 R Claustrum 8.56 < .001 30 − 15 16  
         31 R Insula 5.62 .001 43 − 17 5 13
         32 R LentiformNucleusLateralGlobus Pallidi 3.45 .009 18 − 1 3  
         33 R LentiformNucleusPutamen 5.97 < .001 29 − 12 13  
Deep gray (Sub lobar areas) Deep gray (Sub lobar areas)
         34 R Thalamus 18.2 < .001 9 − 24 1  
         35 R ThalamusMammillary Body 3.65 0.007 12 − 22 1  
         36 R ThalamusMedial DorsalNucleus 7.42 < .001 7 − 19 3  
Additional regions 37 R ThalamusVentral LateralNucleus Additional regions 3.29 0.011 14 − 14 3  
10 R Anterior LobeCulmen 4.30 .004 7 − 42 1     Additional regions
         38 L MidbrainSubstania Nigra 5.21 0.002 − 14 − 21 − 6  
         39 R MidbrainRed Nucleus 3.36 0.01 6 − 17 − 6  
         40 R MidbrainSubstania Nigra 3.14 0.013 10 − 18 − 7  
  1. Anatomical labels and associated T statistical values are listed. t scores from the omnibus analyses of 6 participants for each ROI are presented