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Breast Bilateral Routine 1.5T

Philips Healthcare – MR Gadopiclenol (VUEWAY®) Protocols

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Instructions And Patient Preparation

Instructions
• Ensure to increase the FOV as needed to include all breast tissue and axillae; use same FOV for all sequences
• Ensure to pull abdominal tissue down to prevent a fold into the coil and FOV
• Ensure to pull medial breast tissue into coil
• Ensure axilla tissue is in the coil and not above the side panel
Common Indications
Diagnostic and screening
Position
Prone
Coil
Bilateral Breast Coil
Landmark
Mid-breast, Nipples

Contrast Agent Parameters

Contrast Agent Dose Injection Rate
Gadopiclenol (VUEWAY) 0.05 mmol/kg up to a calculated volume of 10 mL 2 mL/sec
Saline Flush 20 mL 2 mL/sec

Info Page

Scan Description SURVEY AXIAL
T1
AXIAL
T2 FS
DYNAMICS LT
OBLIQUE
SAGITTAL
RT
OBLIQUE
SAGITTAL
             
Total scan duration 00:23.3 02:42.1 03:30.0 06:13.9 01:38.6 01:34.3
Rel. SNR 2.4 3.8 1.4 2.3 1.8 1.7
Act. TR (ms) — 491 4773 — — —
Act. TE (ms) — 8 112 — — —
Act. TR/TE (ms) 7.1 / 3.5 — — 5.1 / 2.5 5.6 / 2.8 5.6 / 2.8
Dyn. scan time — — — 01:14.2 — —
Time to k0 — — — 00:59.1 — —
ACQ matrix M x P 256 x 128 260 x 336 260 x 327 260 x 342 252 x 249 252 x 249
ACQ voxel MPS (mm) 1.76 / 3.52 / 10.0 1.00 / 1.02 / 3.00 1.00 / 1.05 / 3.00 1.00 / 1.00 / 3.00 0.79 / 0.80 / 3.00 0.79 / 0.80 / 3.00
REC voxel MPS (mm) 1.76 / 1.76 / 10.0 0.67 / 0.67 / 3.00 0.61 / 0.61 / 3.00 0.67 / 0.67 / 3.00 0.63 / 0.63 / 3.00 0.63 / 0.63 / 3.00
Scan percentage (%) 50 98 95 100 99 99
Act. slice gap (mm) — — — 0 0 0
Packages — 5 4 — — —
Min. slice gap (mm) — 3 3 — — —
Optimal slices — 20 26 — — —
Max.slices — — 52 — — —
TFE shots — — — 240 242 251
TFE dur. shot / acq (ms) — — — 309.0 / 193.8 400.9 / 273.7 370.0 / 245.8
TFE shot interval (ms) — — — 309.0 400.9 370.0
Act. WFS (pix) / BW (Hz) 0.854 / 254.3 — — 0.601 / 361.5 0.600 / 362.1 0.600 / 362.1
Min. WFS (pix) / Max. BW (Hz) 0.280 / 775.0 — — 0.285 / 763.1 0.315 / 688.9 0.315 / 688.9
WFS (pix) / BW (Hz) — 1.134 / 191.5 1.037 / 209.5 — — —
TSE es / shot (ms) — 8.0 / 40 7.5 / 224 — — —
TEeff / TEequiv (ms) — — 112 / 79 — — —
Min. TR (ms) — 491 4773 — — —
Min. TR/TE (ms) 7.1 / 3.1 — — — — —
Local torso SAR < 21 % < 89 % < 41 % < 7 % < 6 % < 6 %
Whole body SAR / level < 0.7 W/kg / normal < 3.0 W/kg / 1st level < 1.4 W/kg / normal < 0.2 W/kg / normal < 0.2 W/kg / normal < 0.2 W/kg / normal
SED 0.0 kJ/kg < 0.5 kJ/kg < 0.3 kJ/kg < 0.1 kJ/kg 0.0 kJ/kg 0.0 kJ/kg
Max B1+rms 1.95 uT 3.99 uT 2.71 uT 1.11 uT 1.04 uT 1.05 uT
PNS / level 24 % / normal 43 % / normal 47 % / normal 64 % / normal 59 % / normal 59 % / normal
dB/dt 12.8 T/s 40.2 T/s 43.6 T/s 56.5 T/s 43.7 T/s 43.7 T/s
Sound Pressure Level (dB) 9.5 14.5 11.0 16.7 13.1 12.5

Geometry

Scan Description SURVEY AXIAL
T1
AXIAL
T2 FS
DYNAMICS LT
OBLIQUE
SAGITTAL
RT
OBLIQUE
SAGITTAL
             
SmartSelect yes yes yes yes yes yes
Coil 1 (exclude) — None None None None None
Uniformity — CLEAR CLEAR CLEAR CLEAR CLEAR
FOV AP (mm) 450 260 260 260 200 200
FOV (mm) 290, (19) 82 — — — — —
FOV FH (mm) 450 150 150 150 200 200
FOV RL (mm) — 343 343 343 114 114
ACQ voxel size AP (mm) 3.5 1 1 1 0.8 0.8
ACQ voxel size FH (mm) 1.8 — — 3 0.8 0.8
ACQ voxel size RL (mm) — 1 1 1.0 3 3
Slice thickness (mm) 10 3 3 — — —
Bar orientation RL — — — — —
VOI orientation transverse — — — — —
VOI size AP (mm) 30 — — — — —
VOI size RL (mm) 30 — — — — —
VOI size FH (mm) 30 — — — — —
Recon voxel size AP (mm) 1.8 0.7 0.6 0.7 0.6 0.6
Recon voxel size FH (mm) 1.8 — — 3 0.6 0.6
Recon voxel size RL (mm) — 0.7 0.6 0.7 3 3
Image shutter yes — — — — —
Fold-over suppression no oversampling oversampling oversampling oversampling oversampling
    L (mm) — 85.5 85.5 85.5 — —
    R (mm) — 85.5 85.5 85.5 — —
    F (mm) — — — — 110 110
    H (mm) — — — — 110 110
    A (mm) 50 — — — — —
    P (mm) 50 — — — — —
Slice oversampling — — — user defined default default
    oversample factor — — — 1 — —
ENCASE enable — — — no no no
Reconstruction matrix 256 512 560 512 320 320
SENSE no yes yes no no no
    P reduction (RL) — 3.5 1.7 — — —
CS-SENSE no no no yes yes yes
    reduction — — — 1.5 1.2 1.3
    denoising — — — system default system default system default
Stacks 3 1 1 1 1 1
    type (20) parallel parallel parallel — — —
    Slices 15, (19) 5 50 50 50 38 38
    slice gap user defined user defined user defined — — —
    gap (mm) 10, (19) 8 0 0 — — —
Slice orientation sagittal, transverse, (18) coronal transverse transverse transverse sagittal sagittal
Fold-over direction AP, (19) RL RL RL RL FH FH
Fat shift direction F, P, (18) F P P P P P
    radial axis (2) AP, (18) RL — — — — —
    radial angle (deg) (20) 0 — — — — —
Minimum number of packages — 1 1 — — —
Slice scan order default default default — — —
Stack scan order ascend — — — — —
Multi-chunk — — — no no no
O-MAR — no no — — —
Move table per stack no — — — — —
Large table movement no no no no no no
Stack alignment no — — — — —
Stack sort order no — — — — —
PlanAlign no no no no no no
REST slabs 0 0 0 0 0 0
    orientation — — — — sagittal sagittal
Interactive positioning no no no no no no
Patient position feet first feet first feet first feet first feet first feet first
Patient body position feet first feet first feet first feet first feet first feet first
Patient orientation prone prone prone prone prone prone
Patient body orientation prone prone prone prone prone prone

Contrast

Scan Description SURVEY AXIAL T1 AXIAL T2 FS DYNAMICS LT OBLIQUE SAGITTAL RT OBLIQUE SAGITTAL
Scan type Imaging Imaging Imaging Imaging Imaging Imaging
Scan mode M2D MS MS 3D 3D 3D
technique FFE SE SE FFE FFE FFE
Modified SE — no no — — —
Contrast enhancement T1 — — T1 T1 T1
Acquisition mode cartesian cartesian cartesian cartesian cartesian cartesian
Fast Imaging mode none TSE TSE TFE TFE TFE
shot mode — multishot multishot multishot multishot multishot
TFE factor — — — 38 49 44
TSE factor — 5 29 — — —
startup Echoes — — — user defined user defined user defined
(number) — — — — — —
shot interval — — — shortest shortest shortest
profile order — low_high linear low_high low_high low_high
turbo direction — — — Z Z Z
DRIVE — no yes — — —
ultrashort — no no — — —
fid reduction — default default — — —
Echoes 1 1 1 1 1 1
partial echo no no no no no no
shifted echo no — — no no no
TE user defined user defined user defined shortest shortest shortest
(ms) 3.5 8 112 — — —
Flip angle (deg) 50 90 90 10 10 10
Refocusing control — no PSS Adv (T2-opt) — — —
min. angle (deg) — — 70 — — —
mid. angle (deg) — — 120 — — —
max. angle (deg) — — 160 — — —
TR shortest range range shortest shortest shortest
minimum (ms) — 350 2000 — — —
maximum (ms) — 550 5000 — — —
Halfscan no no no yes yes yes
factor Y — — — 0.6 0.6 0.6
factor Z — — — 1 1 1
Water-fat shift maximum maximum maximum user defined user defined user defined
(pixels) — — — 0.6 0.6 0.6
Shim — default default SmartBreast IB-volume IB-volume
ShimAlign — — — — no no
mDIXON no no no no no no
Fat suppression no no SPAIR SPAIR SPAIR SPAIR
power — — 2 2 2 2
inversion delay — — auto auto auto auto
suppr. level — — strong strong strong strong
frequency offset — — default default default default
Water suppression no no no no no no
TFE prepulse — — — no no no
BB pulse — no no — — —
MTC no no no no no no
Diffusion mode no no no no no no
T1 mapping no no no no no no
SAR mode high high high high low low
B1 mode default default default default default default
SAR allow first level yes yes yes yes yes yes
Patient pregnancy no no no no no no
Patient WB SAR [W/kg] — — — — — —
Patient Head SAR [W/kg] — — — — — —
Patient max. dB/dt [T/s] — — — — — —
Max slewrate [T/m/s] — — — — — —
Max. B1+rms [uT] — — — — — —
PNS mode low low low moderate low low
Gradient mode default default default default default default

Motion

Scan Description SURVEY AXIAL
T1
AXIAL
T2 FS
DYNAMICS LT
OBLIQUE
SAGITTAL
RT
OBLIQUE
SAGITTAL
             
Cardiac synchronization no no no no no no
Respiratory compensation no no no no no no
Navigator respiratory comp no no no no no no
Flow compensation no no no no no no
fMRI echo stabilisation no — — no no no
Temporal slice spacing — default default — — —
Motion smoothing — no yes — — —
NSA 1 2 1 1 1 1
SMART — yes — — — —
MRE enable no no no no no no

Dynamic Angio

Scan Description SURVEY AXIAL
T1
AXIAL
T2 FS
DYNAMICS LT
OBLIQUE
SAGITTAL
RT
OBLIQUE
SAGITTAL
             
Angio / Contrast enh. no — — no no no
Quantitative flow no — — no no no
CENTRA — — — no no no
Manual start no no no no no no
Dynamic study no no no individual no no
    dyn scans — — — 5 — —
    dyn scan times — — — user defined — —
    (mm:ss) — — — shortest (00:00.0), manual (01:15.7), shortest (02:31.4), shortest (03:45.6), shortest (04:59.8) — —
    dummy scans — — — 0 — —
    immediate subtraction — — — no — —
    fast next scan — — — no — —
    synch. ext. device — — — no — —
    prospect. motion corr. — — — no — —
Keyhole — — — no — —
Arterial Spin labeling no no no no no no

Post Processing

Scan Description SURVEY AXIAL
T1
AXIAL
T2 FS
DYNAMICS LT
OBLIQUE
SAGITTAL
RT
OBLIQUE
SAGITTAL
             
Preparation phases — auto auto auto full full
Interactive F0 no no no auto select select
Quick Survey default default default default default default
MIP/MPR no no no no no no
SWIp no — — no no no
Images M, (3) no M, (3) no M, (3) no M, (3) no M, (3) no M, (3) no
Autoview image M M no M M M
Calculated images (4) no (4) no (4) no (4) no (4) no (4) no
Reference tissue Breast Breast Breast Breast Breast Breast
Recon compression No No No No No No
Preset window contrast soft soft soft soft soft soft
Reconstruction mode real time real time real time real time real time real time
Save raw data no no no no no no
Hardcopy protocol no no no no no no
Image filter system default system default system default system default system default system default
Uniformity correction yes yes yes no no no
Geometry correction default default default default default default
Elliptical k-space shutter — — — default default default
IF_info_seperator 1634755923 1634755923 1634755923 1634755923 1634755923 1634755923