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. 2012 Jun 24;38(3):490–501. doi: 10.1007/s00261-012-9916-0

Table 1.

MR imaging protocol

Pulse sequence Plane TR TE Flip FOV (mm) Gap (mm) Slice (mm) Matrix
SURVEY insp Axial 2.5 1.27 50 450 3.5 8 192 × 144
SURVEY exp Axial 2.5 1.27 50 450 3.5 8 192 × 144
Refscan Axial 8.0 0.57 56 × 40
T1 TFE bh, insp Axial 8.5 4.2 10 450 0 10 256 × 128
T1 TFE bh, insp Sagittal 8.5 4.2 10 450 0 10 256 × 128
T1 TFE bh, insp Coronal 8.5 4.2 10 450 0 10 256 × 128
T1 TFE bh in + out of phase Axial 181 2.3/4.6 80 375 1 7 224 × 134
T1 FFE RT Axial 10 4.6 15 405 1 7 256 × 126
T1 THRIVE bh (Pre-contrast, 25 and 60 s, 3, 5, and 10 min)a Axial 3.7 1.76 10 450 −2 4 176 × 124
T2 TSE RT Axial 556 80 90 405 1 7 400 × 215
EPI-DWI b = 0, 50 fb, RT Axial 4095 56 85 360 0 5 128 × 83
EPI-DWI b = 0, 500 fb, RT Axial 4095 56 85 360 0 5 128 × 83
THRIVE bh 20 mina Axial 3.7 1.76 10 450 −2 4 176 × 124

TR repetition time; TE echo time; flip flip angle; FOV field of view; slice slice thickness; TFE turbo field echo; TSE turbo spin echo; FFE fast field echo; EPI echo planar imaging; SSH single shot; RT respiratory triggered; bh breath hold; fb free breathe; THRIVE T1 weighted high resolution isotropic volume examination

MRI scans were performed on a 1.5 Tesla MRI scanner (Philips, Best, The Netherlands) using a SenseBody coil

MRI scans were stored in the Picture Archiving and Communication System at the UMC Utrecht (PACS image viewer, Easy Vision Workstation, Philips Medical Systems, The Netherlands

a After injection of Gd-EOB-DTPA 0.25 μmol/kg bolus at 2 mL/s through an intravenous cubital line, followed by a 25 mL saline chaser