Table 2 Exploratory whole-brain analysis.

From: The impact of sleep deprivation on food desire in the human brain

Region

T

Cluster Size

X

Y

Z

Sleep-rested>sleep-deprived

 * L putamen

4.99

104

−16

4

0

 * L hippocampus

4.00

 

−14

−10

−8

 * R thalamus

4.46

42

4

−10

−2

 * R cingulate cortex

4.37

24

16

2

40

 * R insula cortex

4.22

20

32

24

−4

 * L superior parietal cortex

4.21

25

−30

−68

52

 L Parahippocampus

4.18

4

−20

−32

−8

 * L middle frontal cortex

3.91

17

−34

30

54

 L thalamus

3.84

8

−6

−18

−8

 L middle frontal cortex

3.72

2

−36

38

46

 L superior frontal cortex

3.69

9

−22

32

50

 L orbital frontal cortex

3.65

1

−34

48

−14

 R postcentral gyrus

3.58

7

32

−28

42

 R precuneus

3.51

1

18

−64

30

Sleep-deprived>sleep-rested

 * R parahippocampus/amygdala

4.39

29

18

−8

−26

 * R inferior temporal cortex

4.11

30

48

−48

−18

 R superior temporal pole

3.84

5

32

28

−24

 L fusiform

3.69

3

−30

−22

−28

 L cerebellum

3.69

7

−14

−72

−38

 L inferior temporal cortex

3.68

6

−56

−64

−22

 L inferior temporal cortex

3.60

3

−50

−56

−24

 R cerebellum

3.55

1

58

−50

−32

 R parahippocampal gryrus

3.55

2

28

−22

−32

 R superior temporal pole

3.54

1

52

20

−14

  1. Exploratory whole-brain analysis showing all peak activations (MNI coordinates) significant at P<0.001 (no cluster criteria) for paired comparison (sleep rested </> sleep deprived) of the parametric contrast of want ratings (that is, regions correlated with increasing food desire and differing by condition).
  2. Regions in bold indicate a priori ROIs. Cluster size is in voxels; voxel size is 2 mm3.
  3. *Regions that survive cluster correction criteria of 10 voxels.