Table 4 Significant activations modelled by the parametric interaction of arousal and modality.

From: Stimulus arousal drives amygdalar responses to emotional expressions across sensory modalities

Region of activation

Hemisphere

x

y

z

Cluster mass

Cluster size (n voxels)

t (max)

Positive clusters (faces > voices)

Postcentral Gyrus

R

42

−24

30

23.48

7

3.54

Supramarginal Gyrus

R

42

−41

31

87.84

24

5.21

Inferior Temporal Gyrus

R

37

−60

−3

114.45

32

4.33

Precentral Gyrus

R

31

−16

30

31.37

9

4.21

Middle Occipital Gyrus

R

30

−81

17

44.08

13

3.68

Middle Frontal Gyrus

R

32

23

38

188.89

51

4.92

Cuneus

R

17

−93

10

37.83

10

4.74

Anterior Cingulate Gyrus

R

22

43

4

59.00

17

4.29

Cingulate Gyrus

L

−3

−9

28

175.58

48

4.45

Medial Frontal Gyrus

L

−15

48

3

24.10

7

3.63

Middle Frontal Gyrus

L

−28

21

38

135.49

35

5.32

Caudate

L

−25

−25

30

50.80

14

4.57

Middle Frontal Gyrus

L

−31

−8

38

17.06

5

3.59

Caudate

L

−36

−25

−7

25.94

7

4.26

Fusiform Gyrus

L

−39

−40

−8

68.07

18

5.25

Inferior Occipital Gyrus

L

−40

−72

−3

16.84

5

3.54

Negative clusters (faces < voices)

Superior Temporal Gyrus

R

54

−16

6

82.37

24

−3.84

Postcentral Gyrus

R

50

−32

49

17.70

5

−3.80

Middle Temporal Gyrus

R

48

−41

7

17.10

5

−3.78

Postcentral Gyrus

L

−50

−16

18

45.49

12

−5.07

Inferior Frontal Gyrus

L

−58

16

2

63.16

16

−4.87

  1. Note. Significant activation clusters as identified by arousal × modality contrast weights (p < 0.05 CBP corrected). Negative t-values represent pattern with increased activity to faces compared to voices. The coordinates refer to the peak voxel in each cluster.