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. 2017 Nov 15;9(1):47–58. doi: 10.1007/s13244-017-0579-9

Table 1.

Possible protocols for MRI acquisition

Sequence FOV Slice thick (mm) Slice gap Acc factor Fat sat
Philips Siemens GE Toshiba Hitachi
Sagittal T2-weighted TSE TSE FSE FSE FSE 260 × 260 ≤4 0 2 NO
Oblique axial T2-weighted TSE TSE FSE FSE FSE 260 × 260 ≤4 20% 2 NO
Oblique axial T2- weighted with fat saturation SPIR-TSE FS-FSE CS-FSE MSOFT-FSE FS-FSE 260 × 260 ≤4 20% 2 YES
Oblique coronal T2-weighted TSE FSE FSE FSE FSE 260 × 260 ≤4 20% 2 NO
Oblique axial diffusion weighted imaging Diffusion-weighted imaging
EPI planar
380 × 380 ≤4 10% 2 YES
Oblique axial 3D T1 W GE with fat saturation (Gd) THRIVE VIBE LAVA QUICK 3D TIGRE 380X380 ≤3 0 3 YES
3D T2 weighted sequence VISTA SPACE CUBE 3D MVOX isoFSE 260 × 260 ≤1.5 0 3 NO

FSE, fast spin echo; TSE, turbo spin echo; SPIR-TSE, spectral saturation with inversion recovery turbo spin echo; FS-TSE, fat-saturated turbo spin echo; FS-FSE, fat saturated fast spin echo; THRIVE, T1-weighted high-resolution isotropic volume examination; VIBE, volumetric interpolated breath-hold examination; LAVA, liver acquisition with volume acceleration-extended volume; QUICK 3D, Toshiba name of the sequence, not an acronym; TIGRE, T1-weighted gradient echo with RF fat saturation; DWI, diffusion-weighted imaging; VISTA, volume isotropic turbo spin echo acquisition; SPACE, sampling perfection with application optimised contrasts using different flip angle evolution; CUBE, GE name of the sequence, not an acronym; 3D MVOX, 3D multivoxel; isoFSE, iso fast spin echo