CERES Volumetry Report. version 1.0 release 12-04-2016
Patient ID
example.nii
Sex
UNKNOWN
Age
UNKNOWN
Image Information
Orientation
Scale factor
SNR
Total intracranial volume (cm3 )
Report Date
12-Apr-2016
radiological
0.75
24.74
1348.05
Volumes
Cerebellum
Lobule I-II
Lobule III
Lobule IV
Lobule V
Lobule VI
Lobule Crus I
Lobule Crus II
Lobule VIIB
Lobule VIIIA
Lobule VIIIB
Lobule IX
Lobule X
Total (cm3 /%)
127.26 (9.4400)
0.13 (0.0094)
1.26 (0.0933)
3.66 (0.2712)
8.25 (0.6120)
14.81 (1.0985)
23.05 (1.7100)
18.55 (1.3762)
10.94 (0.8118)
13.65 (1.0125)
8.06 (0.5978)
5.81 (0.4306)
1.23 (0.0909)
Right (cm3 /%)
64.11 (4.7559)
0.06 (0.0043)
0.65 (0.0480)
1.85 (0.1376)
4.37 (0.3243)
7.76 (0.5757)
11.05 (0.8199)
9.32 (0.6912)
5.39 (0.3995)
6.75 (0.5007)
4.35 (0.3229)
2.90 (0.2154)
0.61 (0.0450)
Left (cm3 /%)
63.15 (4.6842)
0.07 (0.0051)
0.61 (0.0453)
1.80 (0.1336)
3.88 (0.2878)
7.05 (0.5229)
12.00 (0.8901)
9.23 (0.6850)
5.56 (0.4123)
6.90 (0.5118)
3.71 (0.2749)
2.90 (0.2152)
0.62 (0.0459)
Asym.(%)
1.5186
-16.4706
5.8299
2.9484
11.9205
9.6133
-8.2146
0.9037
-3.1325
-2.1935
16.0505
0.1031
-1.9536
Grey matter vol.
Cerebellum
Lobule I-II
Lobule III
Lobule IV
Lobule V
Lobule VI
Lobule Crus I
Lobule Crus II
Lobule VIIB
Lobule VIIIA
Lobule VIIIB
Lobule IX
Lobule X
Total (cm3 /%)
88.70 (6.5798)
0.08 (0.0058)
0.96 (0.0713)
3.19 (0.2367)
7.29 (0.5411)
12.87 (0.9548)
17.77 (1.3178)
14.07 (1.0441)
8.79 (0.6521)
11.34 (0.8415)
6.42 (0.4763)
4.31 (0.3196)
1.15 (0.0853)
Right (cm3 /%)
45.08 (3.3441)
0.03 (0.0024)
0.49 (0.0364)
1.64 (0.1220)
3.97 (0.2942)
6.92 (0.5134)
8.70 (0.6457)
7.16 (0.5310)
4.27 (0.3169)
5.56 (0.4121)
3.35 (0.2487)
2.14 (0.1586)
0.59 (0.0435)
Left (cm3 /%)
43.62 (3.2358)
0.05 (0.0034)
0.47 (0.0349)
1.55 (0.1148)
3.33 (0.2469)
5.95 (0.4414)
9.06 (0.6721)
6.92 (0.5130)
4.52 (0.3351)
5.79 (0.4294)
3.07 (0.2275)
2.17 (0.1611)
0.56 (0.0418)
Asym.(%)
3.2926
-48.3522
5.6145
8.1466
23.3346
20.1697
-5.3476
4.6041
-7.4629
-5.4655
11.8995
-2.0887
5.5669
*All the volumes are presented in absolute value (measured in cm3 ) and in relative value (measured in relation to the ICV).
*The Asymmetry Index is calculated as the difference between right and left volumes divided by their mean (in percent).
*Cortical thickness is given in absolute value (mm) and also normalized in relation to the cube root of the intracranial volume (adimensional).
*Result images located in the MNI space (neurological orientation).
1
Cortical thickness
Cerebellum
Lobule I-II
Lobule III
Lobule IV
Lobule V
Lobule VI
Lobule Crus I
Lobule Crus II
Lobule VIIB
Lobule VIIIA
Lobule VIIIB
Lobule IX
Lobule X
Mean (mm/norm.)
4.11 (3.725)
2.30 (2.083)
3.65 (3.302)
4.75 (4.302)
4.85 (4.394)
4.68 (4.234)
3.52 (3.183)
3.48 (3.155)
4.39 (3.976)
4.52 (4.096)
4.61 (4.172)
3.39 (3.070)
2.76 (2.502)
Right (mm/norm.)
4.14 (3.750)
2.14 (1.940)
3.79 (3.433)
4.81 (4.353)
4.96 (4.493)
4.84 (4.378)
3.49 (3.159)
3.52 (3.189)
4.32 (3.911)
4.48 (4.052)
4.50 (4.078)
3.23 (2.927)
3.06 (2.767)
Left (mm/norm.)
4.09 (3.700)
2.38 (2.154)
3.51 (3.178)
4.69 (4.249)
4.72 (4.276)
4.49 (4.066)
3.54 (3.205)
3.45 (3.119)
4.46 (4.038)
4.57 (4.137)
4.72 (4.275)
3.55 (3.209)
2.46 (2.227)
Asym.(%)
-1.3389
10.3082
-7.7401
-2.4065
-4.9263
-7.3747
1.4572
-2.2016
3.1838
2.0724
4.7238
9.2134
-21.5754
*All the volumes are presented in absolute value (measured in cm3 ) and in relative value (measured in relation to the ICV).
*The Asymmetry Index is calculated as the difference between right and left volumes divided by their mean (in percent).
*Cortical thickness is given in absolute value (mm) and also normalized in relation to the cube root of the intracranial volume (adimensional).
*Result images located in the MNI space (neurological orientation).
2
Intracranial cavity extraction
Lobules segmentation
Tissue classification
Cortical thickness
*All the volumes are presented in absolute value (measured in cm3 ) and in relative value (measured in relation to the ICV).
*The Asymmetry Index is calculated as the difference between right and left volumes divided by their mean (in percent).
*Cortical thickness is given in absolute value (mm) and also normalized in relation to the cube root of the intracranial volume (adimensional).
*Result images located in the MNI space (neurological orientation).
3