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Return to What's New     Return to Pesso Boyden News   PBSP Research
Return to Prague Research Paper
 
Brain Scan Results
for Czech Research on PBSP at Charles University
with Jiri Horacek, MD

Table 1:

The change of the BOLD fMR signal associated with the trauma (active) blocks visual activation before the PBSP psychotherapy (baseline). The results indicate the higher and lower fMR signal in trauma (active) blocks in comparison with control neutral blocks condition. The p-values for all voxels exceeding the height threshold (T=3,71) and extent threshold of 10 or more voxels (k=10) are lower than 0,005.  The statistical significance for the whole model (set-level) indicating the chance of finding this or a greater number of clusters in the search is p = xy.

Note: R, right hemisphere; L, left hemisphere; BA, Brodmann’s Area; x, y, z, coordinates of the Talairach space for each maximum; kE, is the number of voxels extended the threshold of 5 or more.

Cerebral region

kE

T=

x

y

z

L or R

(BA)

Incerese

 

 

 

 

 

 

 

Superior Temporal Gyrus

15

 10.28

-52

0

4

L

22

Superior Temporal Gyrus

13

  7.82

-52

-30

10

L

41

Postcentral Gyrus

17

  7.77

46

-24

34

R

2

Insula

27

  7.74

48

-18

22

R

13

Postcentral Gyrus

 

  4.36

52

-16

14

R

43

Inferior Parietal Lobule

16

  7.65

60

-30

28

R

40

Superior Temporal Gyrus

19

  6.30

-64

-24

2

L

22

Precuneus

12

  5.58

12

-62

50

R

7

Cingulate Gyrus

11

  5.48

-6

-26

32

L

23

Cingulate Gyrus

11

  4.93

-8

-34

32

L

31

Precuneus

11

  4.59

-6

-62

50

L

7

Decrese

 

 

 

 

 

 

 

Superior Parietal Lobule

11

 14.61

-32

-58

50

L

7

Inferior Occipital Gyrus

26

  8.58

-32

-90

-6

L

18

Ventral Posterior Lateral Nucleus of Thalamus

49

  8.35

-14

-16

6

L

 

Medial Globus Pallidus

 

  5.46

-14

-10

-6

L

 

Inferior Occipital Gyrus

14

  7.65

-16

-92

-6

L

17

Lateral Globus Pallidus

25

  7.06

20

-6

-6

R

 

Inferior Occipital Gyrus

14

  6.81

-40

-82

-10

L

18

Middle Temporal Gyrus

12

  6.76

48

-76

10

R

39

Fusiform Gyrus

29

  6.52

40

-54

-16

R

37

Fusiform Gyrus

 

  3.95

42

-48

-22

R

37

Inferior Frontal Gyrus

25

  6.47

40

28

4

R

13

Inferior Frontal Gyrus

 

  4.52

44

24

10

R

13

Inferior Frontal Gyrus

42

  6.32

44

10

20

R

45

Precentral Gyrus

16

  6.19

36

-4

32

R

6

Putamen

27

  5.77

22

8

10

R

 

Claustrum

 

  4.53

30

12

8

R

 

Fusiform Gyrus

17

  5.75

22

-94

-20

R

18

Inferior Frontal Gyrus

32

  5.66

40

24

-12

R

47

Inferior Frontal Gyrus

 

  4.53

44

28

-18

R

47

Middle Temporal Gyrus

18

  5.48

-52

6

-34

L

21

Medial Frontal Gyrus

11

  4.83

6

54

12

R

10

 

Figure 1:

The areas with increased and decreased BOLD fMR signal associated with the trauma (active) blocks visual activation in comparison with control neutral blocks condition in before and after PBSP investigation. Note: R, right hemisphere; L, left hemisphere.

 


Table 2:

The differences in BOLD fMR signal in investigations before and after PBSP psychotherapy session.  The population inference analysis (2nd level) was analyzed by paired the T – test.  The p-values for all voxels exceeding the height threshold (T=3,71) and extent threshold of 10 or more voxels (k=10) are lower than 0,005.  The statistical significance for the whole model (set-level) indicating the chance of finding this or a greater number of clusters in the search is p = xy.

Note: R, right hemisphere; L, left hemisphere; BA, Brodmann’s Area; x, y, z, coordinates of the Talairach space for each maximum; kE, is the number of voxels extended the threshold of 5 or more.

     

La Terapia
Pesso-Boyden
|
This book is now available in Spain.  To read more about it and read other mentions of PBSP in Spain, go to Google Search and type in: La Terapia Pesso-Boyden

 

 

 

 

 

 

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