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Table 3 Regions exhibiting altered functional connectivity in ADHD patients

From: Aberrant functional connectivity in resting state networks of ADHD patients revealed by independent component analysis

 

Voxels

MNI

t

p

Region (AAL)

x

y

z

AC < TD-C

 DAN

30

− 51

− 72

− 6

− 2.687

0.0041

Inferior occipital gyrus

 DAN

28

27

− 69

45

− 3.139

0.0011

Superior occipital gyrus

 ECN

10

− 3

21

45

− 2.730

0.0036

Supplementary motor area

 SN

13

− 54

− 39

30

− 2.436

0.0081

Supramarginal gyrus

 DMN

59

− 57

− 30

− 3

− 2.687

0.0041

Middle temporal gyrus

 DMN

59

− 12

60

27

− 2.583

0.0055

Superior medial frontal gyrus

AI < TD-C

 DAN

28

27

− 72

51

− 3.002

0.0017

Superior parietal gyrus

 DMN

59

− 66

− 27

− 3

− 2.347

0.0105

Middle temporal gyrus

AI > TD-C

 AN

15

− 57

− 24

21

2.845

0.0027

Supramarginal gyrus

 SMN

17

− 33

− 21

57

2.893

0.0024

Precentral gyrus

 DMN

59

9

54

21

1.958

0.0265

Superior medial frontal gyrus

AC < AI

 AN

29

− 51

− 36

15

− 2.550

0.0062

Superior temporal gyrus

 DAN

44

− 48

− 60

− 6

− 3.023

0.0016

Inferior temporal gyrus

 ECN

12

− 9

24

48

− 2.986

0.0018

Superior frontal gyrus

 DMN

59

− 15

51

24

− 2.450

0.0082

Superior frontal gyrus

AC > AI

 DMN

59

− 63

− 24

− 9

2.627

0.0051

Middle temporal gyrus

  1. TD-C Typically-Developing Controls, AC ADHD-Combined patients, AI ADHD-Inattentive patients, AN auditory network, DAN dorsal attention network, ECN executive control network, SMN sensorimotor network, SN salience network