Table 6 Significant activations modelled by the parametric interaction of valence and modality.

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

Region of activation

Hemisphere

x

y

z

Clustermass

Cluster size (n voxels)

t (max)

Negative clusters (faces < voices)

Postcentral Gyrus

L

−55

−25

20

23.96

7

−3.64

Superior Temporal Gyrus

R

50

−48

16

296.92

80

−4.83

Inferior Frontal Gyrus

R

44

2

26

170.60

46

−4.79

Inferior Temporal Gyrus

R

37

−63

−3

163.26

44

−4.97

Middle Frontal Gyrus

R

48

8

39

199.05

59

−3.80

Middle Frontal Gyrus

R

49

24

29

53.11

16

−3.47

Fusiform Gyrus

R

42

−51

−8

161.22

41

−5.42

Postcentral Gyrus

R

40

−26

27

39.39

11

−4.13

Middle Occipital Gyrus

R

39

−82

6

37.92

11

−3.78

Precentral Gyrus

R

36

4

36

41.04

12

−3.79

Insula

R

28

−30

19

20.58

6

−3.85

Middle Occipital Gyrus

R

24

−85

10

33.62

10

−3.55

Medial Frontal Gyrus

L

0

31

42

550.30

150

−5.08

Cuneus

R

12

−73

25

47.45

13

−4.28

Cingulate Gyrus

L

−7

−6

29

27.35

8

−3.80

Cuneus

L

−19

−86

22

59.57

17

−4.07

Superior Frontal Gyrus

L

−25

10

50

40.30

12

−3.84

Precentral Gyrus

L

−32

0

33

23.14

7

−3.42

Insula

L

−32

3

21

107.86

31

−4.00

Middle Occipital Gyrus

L

−37

−78

2

137.60

36

−5.49

Middle Frontal Gyrus

L

−37

29

43

16.81

5

−3.57

Middle Temporal Gyrus

L

−37

−62

19

17.49

5

−4.02

Middle Occipital Gyrus

L

−37

−64

2

42.78

12

−4.18

Middle Frontal Gyrus

L

−46

1

41

27.00

8

−3.58

Middle Frontal Gyrus

L

−49

25

28

91.99

26

−4.06

Inferior Frontal Gyrus

L

−48

16

19

16.30

5

−3.32

Superior Temporal Gyrus

L

−55

−50

10

26.83

8

−3.49

  1. Note. Significant activation clusters as identified by valence × 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.