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Table 3 Brain region pairs with statistically significant between group differences in coherence for direct gaze collapsed across frequency bands

From: Neural synchrony examined with magnetoencephalography (MEG) during eye gaze processing in autism spectrum disorders: preliminary findings

Brain region pairs (pathway) for direct gaze

z-score

P value

Regions with higher coherence in NT

  

R. middle frontal gyrus and R. superior temporal gyrus

-4.69

<0.0001

L. lateral orbitofrontal gyrus and R. precentral gyrus

-4.44

<0.0001

L. lateral orbitofrontal gyrus and R. postcentral gyrus

-4.41

<0.0001

R. inferior frontal gyrus and R. middle frontal gyrus

-4.33

<0.0001

L. superior frontal gyrus and R. superior temporal gyrus

-4.32

<0.0001

L. inferior frontal gyrus and R. postcentral gyrus

-4.26

<0.0001

L. inferior frontal gyrus and R. precentral gyrus

-4.14

<0.0001

R. middle frontal gyrus and R. postcentral gyrus

-4.19

<0.0001

L. middle frontal gyrus and R. precentral gyrus

-4.11

0.0001

L. middle frontal gyrus and R. postcentral gyrus

-4.12

0.0001

Regions with higher coherence in ASD

  

L. angular gyrus and L. middle occipital gyrus

5.10

<0.0001

L. angular gyrus and R. middle occipital gyrus

4.77

<0.0001

L. angular gyrus and L. superior occipital gyrus

4.09

<0.0001

L. angular gyrus and R. cuneus

4.02

0.0001

L. angular gyrus and L. inferior occipital gyrus

4.02

0.0001

L. postcentral gyrus and L. superior occipital gyrus

3.86

0.0001

L. angular gyrus and R. inferior occipital gyrus

3.85

0.0001

L. superior occipital gyrus and L. supramarginal gyrus

3.85

0.0001

L. middle occipital gyrus and R. middle occipital gyrus

3.84

0.0001

L. angular gyrus and L. supramarginal gyrus

3.71

0.0002

  1. Only top 10 for each group of the 91 total are reported to simplify results.