3T Prostate PRISMA DIFF EPI MULTIB tra DIFF EPI b1600 tra...

Table of contents

3T Prostate PRISMA

2017Jun28

Prostate-2D-initial-ScoutLocaliser@CenterT2_TSE_sagDIFF_EPI_MULTIB_traDIFF_EPI_b1600_traT2_TSE_traT2_TSE_corT1_VIBE_tra_Dry RUNT1_VIBE_tra_DYN RUN3D VIBE whole pelvis

SIEMENS MAGNETOM Prisma

- 1 -

Prostate-2D-initial-ScoutTA: 0:18 PM: REF Voxel size: 1.6×1.6×6.0 mmPAT: Off Rel. SNR: 1.00 : tfi

PropertiesPrio recon OffLoad images to viewer OffInline movie OffAuto store images OnLoad images to stamp segments OffLoad images to graphic segments OnAuto open inline display OffAuto close inline display OffStart measurement without furtherpreparation

On

Wait for user to start OffStart measurements Single measurement

RoutineSlice group 1

Slices 7Dist. factor 50 %Position L0.0 P30.0 H0.0 mmOrientation SagittalPhase enc. dir. A >> P

Slice group 2Slices 5Dist. factor 50 %Position L16.0 P40.7 H0.0 mmOrientation TransversalPhase enc. dir. A >> P

Slice group 3Slices 5Dist. factor 50 %Position L16.0 P40.7 H0.0 mmOrientation CoronalPhase enc. dir. R >> L

AutoAlign ---Phase oversampling 30 %FoV read 300 mmFoV phase 100.0 %Slice thickness 6.0 mmTR 3.45 msTE 1.53 msAverages 1Filter Distortion Corr.(2D)Coil elements BO1-3;SP1-8

Contrast - CommonTR 3.45 msTE 1.53 msTD 0 msMagn. preparation NoneFlip angle 49 degFat suppr. Fat sat.

Contrast - DynamicAverages 1Averaging mode Short termReconstruction MagnitudeMeasurements 1Multiple series Each measurement

Resolution - CommonFoV read 300 mm

Resolution - CommonFoV phase 100.0 %Slice thickness 6.0 mmBase resolution 192Phase resolution 100 %Phase partial Fourier OffInterpolation Off

Resolution - iPATPAT mode None

Resolution - Filter ImageImage Filter OffDistortion Corr. OnMode 2DUnfiltered images OffPrescan Normalize OffNormalize OffB1 filter Off

Resolution - Filter RawdataRaw filter OffElliptical filter Off

Geometry - CommonSlice group 1

Slices 7Dist. factor 50 %Position L0.0 P30.0 H0.0 mmOrientation SagittalPhase enc. dir. A >> P

Slice group 2Slices 5Dist. factor 50 %Position L16.0 P40.7 H0.0 mmOrientation TransversalPhase enc. dir. A >> P

Slice group 3Slices 5Dist. factor 50 %Position L16.0 P40.7 H0.0 mmOrientation CoronalPhase enc. dir. R >> L

FoV read 300 mmFoV phase 100.0 %Slice thickness 6.0 mmTR 3.45 msMulti-slice mode SequentialSeries Ascending

Geometry - AutoAlignSlice group 1

Position L0.0 P30.0 H0.0 mmOrientation SagittalPhase enc. dir. A >> P

Slice group 2Position L16.0 P40.7 H0.0 mmOrientation TransversalPhase enc. dir. A >> P

Slice group 3Position L16.0 P40.7 H0.0 mm


- 2 -

Geometry - AutoAlignOrientation CoronalPhase enc. dir. R >> L

AutoAlign ---Initial Position IsocenterL 0.0 mmP 0.0 mmH 0.0 mmInitial Rotation 0.00 degInitial Orientation Transversal

Geometry - Navigator

Geometry - Tim Planning SuiteSet-n-Go Protocol OffTable position HTable position 0 mmInline Composing Off

System - MiscellaneousPositioning mode REFTable position HTable position 0 mmMSMA S - C - TSagittal R >> LCoronal A >> PTransversal H >> FCoil Combine Mode Adaptive CombineSave uncombined OffMatrix Optimization OffCoil Focus FlatAutoAlign ---Coil Select Mode Default

System - AdjustmentsB0 Shim mode Tune upB1 Shim mode TrueFormAdjust with body coil OffConfirm freq. adjustment OffAssume Dominant Fat OffAssume Silicone OffAdjustment Tolerance Auto

System - Adjust VolumePosition IsocenterOrientation TransversalRotation 0.00 degA >> P 263 mmR >> L 350 mmF >> H 350 mmReset Off

System - pTx VolumesB1 Shim mode TrueFormExcitation Slice-sel.

System - Tx/RxFrequency 1H 123.252624 MHzCorrection factor 1Gain HighImg. Scale Cor. 1.000Reset Off? Ref. amplitude 1H 0.000 V

Physio - Signal11st Signal/Mode NoneTR 3.45 msSegments 1

Physio - PACEResp. control Off

Inline - CommonSubtract OffMeasurements 1StdDev OffSave original images On

Inline - MIPMIP-Sag OffMIP-Cor OffMIP-Tra OffMIP-Time OffSave original images On

Inline - ComposingInline Composing OffDistortion Corr. OnMode 2DUnfiltered images Off

Sequence - Part 1Introduction OnDimension 2DReordering CentricAsymmetric echo AllowedFlow comp. NoMulti-slice mode SequentialBandwidth 1002 Hz/Px

Sequence - Part 2Segments 1RF pulse type NormalGradient mode NormalExcitation Slice-sel.

Sequence - AssistantMode Off


- 3 -

Localiser@CenterTA: 0:13 PM: ISO Voxel size: 2.0×2.0×6.0 mmPAT: Off Rel. SNR: 1.00 : tfi

PropertiesPrio recon OffLoad images to viewer OnInline movie OffAuto store images OnLoad images to stamp segments OnLoad images to graphic segments OnAuto open inline display OffAuto close inline display OffStart measurement without furtherpreparation

Off



Slices 3Dist. factor 50 %Position L25.4 A8.5 H10.9 mmOrientation SagittalPhase enc. dir. A >> P

Slice group 2Slices 5Dist. factor 50 %Position L21.1 A30.3 H25.4 mmOrientation TransversalPhase enc. dir. A >> P

Slice group 3Slices 5Dist. factor 50 %Position L21.1 A6.3 H26.2 mmOrientation CoronalPhase enc. dir. R >> L

AutoAlign ---Phase oversampling 30 %FoV read 380 mmFoV phase 100.0 %Slice thickness 6.0 mmTR 3.24 msTE 1.44 msAverages 1Filter Distortion Corr.(2D),

Prescan NormalizeCoil elements BO1-3;SP3-6

Contrast - CommonTR 3.24 msTE 1.44 msTD 0 msMagn. preparation NoneFlip angle 49 degFat suppr. Fat sat.

Contrast - DynamicAverages 1Averaging mode Short termReconstruction MagnitudeMeasurements 1Multiple series Each measurement

Resolution - CommonFoV read 380 mmFoV phase 100.0 %Slice thickness 6.0 mmBase resolution 192Phase resolution 100 %Phase partial Fourier OffInterpolation Off


Resolution - Filter ImageImage Filter OffDistortion Corr. OnMode 2DUnfiltered images OffPrescan Normalize OnUnfiltered images OffNormalize OffB1 filter Off



Slices 3Dist. factor 50 %Position L25.4 A8.5 H10.9 mmOrientation SagittalPhase enc. dir. A >> P

Slice group 2Slices 5Dist. factor 50 %Position L21.1 A30.3 H25.4 mmOrientation TransversalPhase enc. dir. A >> P

Slice group 3Slices 5Dist. factor 50 %Position L21.1 A6.3 H26.2 mmOrientation CoronalPhase enc. dir. R >> L

FoV read 380 mmFoV phase 100.0 %Slice thickness 6.0 mmTR 3.24 msMulti-slice mode SequentialSeries Ascending


Position L25.4 A8.5 H10.9 mmOrientation SagittalPhase enc. dir. A >> P

Slice group 2Position L21.1 A30.3 H25.4 mmOrientation TransversalPhase enc. dir. A >> P


- 4 -


Position L21.1 A6.3 H26.2 mmOrientation CoronalPhase enc. dir. R >> L

AutoAlign ---Initial Position L25.4 A8.5 H10.9L 25.4 mmA 8.5 mmH 10.9 mmInitial Rotation 0.00 degInitial Orientation Sagittal



System - MiscellaneousPositioning mode ISOTable position HTable position 19 mmMSMA S - C - TSagittal R >> LCoronal A >> PTransversal H >> FCoil Combine Mode Adaptive CombineSave uncombined OffMatrix Optimization OffCoil Focus FlatAutoAlign ---Coil Select Mode On - AutoCoilSelect



System - pTx VolumesB1 Shim mode TrueFormExcitation Slice-sel.

System - Tx/RxFrequency 1H 123.252624 MHzCorrection factor 1Gain HighImg. Scale Cor. 1.000Reset Off

System - Tx/Rx? Ref. amplitude 1H 0.000 V

Physio - Signal11st Signal/Mode NoneTR 3.24 msSegments 1

Physio - PACEResp. control Off

Inline - CommonSubtract OffMeasurements 1StdDev OffSave original images On



Sequence - Part 1Introduction OnDimension 2DReordering CentricAsymmetric echo AllowedFlow comp. NoMulti-slice mode SequentialBandwidth 1002 Hz/Px

Sequence - Part 2Segments 1RF pulse type NormalGradient mode NormalExcitation Slice-sel.

Sequence - AssistantMode Off


- 5 -

T2_TSE_sagTA: 2:47 PM: ISO Voxel size: 0.6×0.6×3.0 mmPAT: 2 Rel. SNR: 1.00 : tse


Off



Slices 25Dist. factor 0 %Position L22.7 P3.6 H35.1 mmOrientation SagittalPhase enc. dir. H >> F

AutoAlign ---Phase oversampling 100 %FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 7200.0 msTE 101 msAverages 2Concatenations 1Filter Distortion Corr.(2D),

Prescan NormalizeCoil elements BO1-3;SP4,5

Contrast - CommonTR 7200.0 msTE 101 msMTC OffMagn. preparation NoneFlip angle 160 degFat suppr. NoneWater suppr. NoneRestore magn. Off

Contrast - DynamicAverages 2Averaging mode Long termReconstruction MagnitudeMeasurements 1Multiple series Each measurement

Resolution - CommonFoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmBase resolution 320Phase resolution 80 %Phase partial Fourier OffTrajectory CartesianInterpolation Off

Resolution - iPATPAT mode GRAPPAAccel. factor PE 2Ref. lines PE 32Reference scan mode Self-calibration




Slices 25Dist. factor 0 %Position L22.7 P3.6 H35.1 mmOrientation SagittalPhase enc. dir. H >> F

FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 7200.0 msMulti-slice mode InterleavedSeries InterleavedConcatenations 1


Position L22.7 P3.6 H35.1 mmOrientation SagittalPhase enc. dir. H >> F

AutoAlign ---Initial Position L22.7 P3.6 H35.1L 22.7 mmP 3.6 mmH 35.1 mmInitial Rotation 90.00 degInitial Orientation Sagittal

Geometry - SaturationFat suppr. NoneWater suppr. NoneRestore magn. OffSpecial sat. None




- 6 -




System - pTx VolumesB1 Shim mode TrueForm


Physio - Signal11st Signal/Mode NoneTR 7200.0 msConcatenations 1

Physio - CardiacMagn. preparation NoneFat suppr. NoneDark blood OffFoV read 200 mmFoV phase 100.0 %Phase resolution 80 %Trajectory Cartesian

Physio - PACEResp. control OffConcatenations 1

Inline - CommonSubtract Off

Inline - CommonMeasurements 1StdDev OffSave original images On



Sequence - Part 1Introduction OnDimension 2DCompensate T2 decay OffReduce Motion Sens. OnContrasts 1Flow comp. NoMulti-slice mode InterleavedFree echo spacing OffEcho spacing 11.2 msBandwidth 200 Hz/Px

Sequence - Part 2Define Turbo factorEcho trains per slice 11Phase correction AutomaticAcoustic noise reduction NoneRF pulse type Low SARGradient mode NormalHyperecho OffWARP OffRed. EC sensitivity OffTurbo factor 25

Sequence - AssistantMode Min flip angleMin flip angle 150 degAllowed delay 30 s


- 7 -

DIFF_EPI_MULTIB_traTA: 6:18 PM: ISO Voxel size: 1.8×1.8×3.0 mmPAT: Off Rel. SNR: 1.00 : epse

PropertiesPrio recon OffLoad images to viewer OnInline movie OffAuto store images OnLoad images to stamp segments OnLoad images to graphic segments OffAuto open inline display OffAuto close inline display OffStart measurement without furtherpreparation

Off



Slices 24Dist. factor 0 %Position L20.4 P0.7 H23.7 mmOrientation TransversalPhase enc. dir. A >> P

AutoAlign ---Phase oversampling 0 %FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 4400 msTE 57.0 msConcatenations 1Filter Distortion Corr.(2D)Coil elements BO2;SP4,5

Contrast - CommonTR 4400 msTE 57.0 msMTC OffMagn. preparation NoneFat suppr. SPAIRFat sat. mode Strong

Contrast - DynamicAveraging mode Long termReconstruction MagnitudeMeasurements 1Delay in TR 0 ms

Resolution - CommonFoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmBase resolution 110Phase resolution 100 %Phase partial Fourier 6/8Interpolation Off

Resolution - iPATAccel. mode None

Resolution - Filter ImageDistortion Corr. OnMode 2D

Resolution - Filter ImagePrescan Normalize OffDynamic Field Corr. Off




FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 4400 msMulti-slice mode InterleavedSeries DescendingConcatenations 1


Position L20.4 P0.7 H23.7 mmOrientation TransversalPhase enc. dir. A >> P

AutoAlign ---Initial Position L20.4 P0.7 H23.7L 20.4 mmP 0.7 mmH 23.7 mmInitial Rotation 0.00 degInitial Orientation Transversal

Geometry - SaturationSat. region 1

Thickness 60 mmPosition L0.0 A100.0 H19.0 mmOrientation Coronal

Sat. region 2Thickness 60 mmPosition L0.0 P100.0 H19.0 mmOrientation Coronal

Fat sat. mode StrongSpecial sat. None



System - MiscellaneousPositioning mode ISOTable position HTable position 24 mmMSMA S - C - T


- 8 -

System - MiscellaneousSagittal R >> LCoronal A >> PTransversal H >> FCoil Combine Mode Adaptive CombineMatrix Optimization PerformanceCoil Focus FlatAutoAlign ---Coil Select Mode Default

System - AdjustmentsB0 Shim mode StandardB1 Shim mode TrueFormAdjust with body coil OffConfirm freq. adjustment OffAssume Dominant Fat OffAssume Silicone OffAdjustment Tolerance Auto

System - Adjust VolumePosition L20.4 P0.7 H23.7 mmOrientation TransversalRotation 0.00 degA >> P 200 mmR >> L 200 mmF >> H 72 mmReset Off

System - pTx VolumesB1 Shim mode TrueFormExcitation Standard


Physio - Signal11st Signal/Mode NoneTR 4400 msConcatenations 1


Diff - NeuroDiffusion mode 3-Scan TraceDiff. directions 3Diffusion Scheme MonopolarDiff. weightings 6b-value 1 0 s/mm²b-value 2 100 s/mm²b-value 3 200 s/mm²b-value 4 400 s/mm²b-value 5 600 s/mm²b-value 6 1000 s/mm²b-value 1 1b-value 2 2b-value 3 3b-value 4 3

Diff - Neurob-value 5 8b-value 6 12Diff. weighted images OffTrace weighted images OnADC maps OnFA maps OffMosaic OffTensor OffNoise level 0

Diff - BodyDiffusion mode 3-Scan TraceDiff. directions 3Diffusion Scheme MonopolarDiff. weightings 6b-value 1 0 s/mm²b-value 2 100 s/mm²b-value 3 200 s/mm²b-value 4 400 s/mm²b-value 5 600 s/mm²b-value 6 1000 s/mm²b-value 1 1b-value 2 2b-value 3 3b-value 4 3b-value 5 8b-value 6 12Diff. weighted images OffTrace weighted images OnADC maps OnExponential ADC Maps OffFA maps OffInvert Gray Scale OffCalculated Image Offb-Value >= 0 s/mm²Noise level 0

Diff - ComposingInline Composing OffDistortion Corr. OnMode 2D

Sequence - Part 1Introduction OffOptimization Min. TEMulti-slice mode InterleavedFree echo spacing OffEcho spacing 0.59 msBandwidth 1894 Hz/Px

Sequence - Part 2EPI factor 110RF pulse type NormalGradient mode PerformanceExcitation Standard

Sequence - pTX Pulses


- 9 -

DIFF_EPI_b1600_traTA: 5:43 PM: ISO Voxel size: 1.8×1.8×3.0 mmPAT: Off Rel. SNR: 1.00 : epse


Off




AutoAlign ---Phase oversampling 0 %FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 4400 msTE 60.0 msConcatenations 1Filter Distortion Corr.(2D)Coil elements BO2;SP4,5

Contrast - CommonTR 4400 msTE 60.0 msMTC OffMagn. preparation NoneFat suppr. SPAIRFat sat. mode Strong

Contrast - DynamicAveraging mode Long termReconstruction MagnitudeMeasurements 1Delay in TR 0 ms

Resolution - CommonFoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmBase resolution 110Phase resolution 100 %Phase partial Fourier 6/8Interpolation Off

Resolution - iPATAccel. mode None

Resolution - Filter ImageDistortion Corr. OnMode 2D

Resolution - Filter ImagePrescan Normalize OffDynamic Field Corr. Off




FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 4400 msMulti-slice mode InterleavedSeries DescendingConcatenations 1




Geometry - SaturationSat. region 1

Thickness 60 mmPosition L0.0 A100.0 H19.0 mmOrientation Coronal

Sat. region 2Thickness 60 mmPosition L0.0 P100.0 H19.0 mmOrientation Coronal

Fat sat. mode StrongSpecial sat. None



System - MiscellaneousPositioning mode ISOTable position HTable position 24 mmMSMA S - C - T


- 10 -

System - MiscellaneousSagittal R >> LCoronal A >> PTransversal H >> FCoil Combine Mode Adaptive CombineMatrix Optimization PerformanceCoil Focus FlatAutoAlign ---Coil Select Mode Default



System - pTx VolumesB1 Shim mode TrueFormExcitation Standard


Physio - Signal11st Signal/Mode NoneTR 4400 msConcatenations 1


Diff - NeuroDiffusion mode 3-Scan TraceDiff. directions 3Diffusion Scheme MonopolarDiff. weightings 2b-value 1 0 s/mm²b-value 2 1600 s/mm²b-value 1 2b-value 2 25Diff. weighted images OffTrace weighted images OnADC maps OnFA maps OffMosaic OffTensor Off

Diff - NeuroNoise level 0

Diff - BodyDiffusion mode 3-Scan TraceDiff. directions 3Diffusion Scheme MonopolarDiff. weightings 2b-value 1 0 s/mm²b-value 2 1600 s/mm²b-value 1 2b-value 2 25Diff. weighted images OffTrace weighted images OnADC maps OnExponential ADC Maps OffFA maps OffInvert Gray Scale OffCalculated Image Offb-Value >= 0 s/mm²Noise level 0

Diff - ComposingInline Composing OffDistortion Corr. OnMode 2D

Sequence - Part 1Introduction OffOptimization Min. TEMulti-slice mode InterleavedFree echo spacing OffEcho spacing 0.59 msBandwidth 1894 Hz/Px

Sequence - Part 2EPI factor 110RF pulse type NormalGradient mode PerformanceExcitation Standard

Sequence - pTX Pulses


- 11 -

T2_TSE_traTA: 2:19 PM: ISO Voxel size: 0.7×0.7×3.0 mmPAT: 2 Rel. SNR: 1.00 : tse


Off



Slices 28Dist. factor 0 %Position L20.4 P0.7 H23.7 mmOrientation TransversalPhase enc. dir. R >> L


NormalizeCoil elements BO2;SP4,5





Resolution - Filter ImageImage Filter OffDistortion Corr. OnMode 2DUnfiltered images OffPrescan Normalize OffNormalize OnB1 filter Off



Slices 28Dist. factor 0 %Position L20.4 P0.7 H23.7 mmOrientation TransversalPhase enc. dir. R >> L



Position L20.4 P0.7 H23.7 mmOrientation TransversalPhase enc. dir. R >> L






- 12 -

















- 13 -

T2_TSE_corTA: 2:27 PM: ISO Voxel size: 0.6×0.6×3.0 mmPAT: 2 Rel. SNR: 1.00 : tse


Off



Slices 24Dist. factor 0 %Position L22.7 P3.6 H35.1 mmOrientation CoronalPhase enc. dir. R >> L


Prescan NormalizeCoil elements BO1-3;SP4,5








Slices 24Dist. factor 0 %Position L22.7 P3.6 H35.1 mmOrientation CoronalPhase enc. dir. R >> L



Position L22.7 P3.6 H35.1 mmOrientation CoronalPhase enc. dir. R >> L

AutoAlign ---Initial Position L22.7 P3.6 H35.1L 22.7 mmP 3.6 mmH 35.1 mmInitial Rotation 0.00 degInitial Orientation Coronal





- 14 -

















- 15 -

T1_VIBE_tra_Dry RUNTA: 7.1 s PM: ISO Voxel size: 1.0×1.0×3.0 mmPAT: 2 Rel. SNR: 1.00 : fl


Off


RoutineSlab group 1

Slabs 1Dist. factor 20 %Position L20.4 P0.7 H23.7 mmOrientation TransversalPhase enc. dir. A >> P

AutoAlign ---Phase oversampling 0 %Slice oversampling 0.0 %Slices per slab 28FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 4.59 msTE 1.68 msAverages 1Concatenations 1Filter Distortion Corr.(2D),

Prescan NormalizeCoil elements BO2;SP4,5

Contrast - CommonTR 4.59 msTE 1.68 msFlip angle 15.0 degFat suppr. NoneWater suppr. NoneDixon Off

Contrast - DynamicAverages 1Averaging mode Short termReconstruction MagnitudeMeasurements 1Multiple series Off

Resolution - CommonFoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmBase resolution 192Phase resolution 72 %Slice resolution 100 %Phase partial Fourier 6/8Slice partial Fourier OffTrajectory Cartesian

Resolution - CommonView sharing OffInterpolation Off

Resolution - iPATPAT mode GRAPPAAccel. factor PE 2Ref. lines PE 24Accel. factor 3D 1Reference scan mode Integrated


Resolution - Filter RawdataRaw filter OffElliptical filter OffPOCS Off

Geometry - CommonSlab group 1


Slice oversampling 0.0 %Slices per slab 28FoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmTR 4.59 msMulti-slice mode SequentialSeries AscendingConcatenations 1

Geometry - AutoAlignSlab group 1



Geometry - SaturationFat suppr. NoneWater suppr. NoneDixon OffSpecial sat. None


- 16 -





System - pTx VolumesB1 Shim mode TrueFormExcitation Slab-sel.

System - Tx/RxFrequency 1H 123.252624 MHzCorrection factor 1Gain LowImg. Scale Cor. 1.000Reset Off? Ref. amplitude 1H 0.000 V


Inline - CommonView sharing OffFlip angle 15.0 degMeasurements 1Burn time-to-center OffTemporal interpolation 13D centric reordering OffTime to center 3.5 s

Inline - InlineSubtract OffMeasurements 1StdDev OffLiver registration OffSave original images On


Inline - Soft TissueWash - In OffWash - Out OffTTP OffPEI OffMIP - time OffMeasurements 1


Inline - MapItSave original images OnMapIt NoneFlip angle 15.0 degMeasurements 1Contrasts 1TR 4.59 msTE 1.68 ms

Sequence - Part 1Introduction OffDimension 3DElliptical scanning OnAsymmetric echo WeakContrasts 1Optimization Min. TEMulti-slice mode SequentialBandwidth 300 Hz/Px

Sequence - Part 2RF pulse type NormalGradient mode FastExcitation Slab-sel.RF spoiling OnIncr. Gradient spoiling Off

Sequence - AssistantMode OffAllowed delay 0 s


- 17 -

T1_VIBE_tra_DYN RUNTA: 5:54 PM: ISO Voxel size: 1.0×1.0×3.0 mmPAT: 2 Rel. SNR: 1.00 : fl


Off


RoutineSlab group 1



Prescan NormalizeCoil elements BO2;SP4,5

Contrast - CommonTR 4.59 msTE 1.68 msFlip angle 15.0 degFat suppr. NoneWater suppr. NoneDixon Off

Contrast - DynamicAverages 1Averaging mode Short termReconstruction MagnitudeMeasurements 50Pause after meas. 1 0.0 sPause after meas. 2 0.0 sPause after meas. 3 0.0 sPause after meas. 4 0.0 sPause after meas. 5 0.0 sPause after meas. 6 0.0 sPause after meas. 7 0.0 sPause after meas. 8 0.0 sPause after meas. 9 0.0 sPause after meas. 10 0.0 sPause after meas. 11 0.0 sPause after meas. 12 0.0 sPause after meas. 13 0.0 s

Contrast - DynamicPause after meas. 14 0.0 sPause after meas. 15 0.0 sPause after meas. 16 0.0 sPause after meas. 17 0.0 sPause after meas. 18 0.0 sPause after meas. 19 0.0 sPause after meas. 20 0.0 sPause after meas. 21 0.0 sPause after meas. 22 0.0 sPause after meas. 23 0.0 sPause after meas. 24 0.0 sPause after meas. 25 0.0 sPause after meas. 26 0.0 sPause after meas. 27 0.0 sPause after meas. 28 0.0 sPause after meas. 29 0.0 sPause after meas. 30 0.0 sPause after meas. 31 0.0 sPause after meas. 32 0.0 sPause after meas. 33 0.0 sPause after meas. 34 0.0 sPause after meas. 35 0.0 sPause after meas. 36 0.0 sPause after meas. 37 0.0 sPause after meas. 38 0.0 sPause after meas. 39 0.0 sPause after meas. 40 0.0 sPause after meas. 41 0.0 sPause after meas. 42 0.0 sPause after meas. 43 0.0 sPause after meas. 44 0.0 sPause after meas. 45 0.0 sPause after meas. 46 0.0 sPause after meas. 47 0.0 sPause after meas. 48 0.0 sPause after meas. 49 0.0 sMultiple series Off

Resolution - CommonFoV read 200 mmFoV phase 100.0 %Slice thickness 3.0 mmBase resolution 192Phase resolution 72 %Slice resolution 100 %Phase partial Fourier 6/8Slice partial Fourier OffTrajectory CartesianView sharing OffInterpolation Off

Resolution - iPATPAT mode GRAPPAAccel. factor PE 2Ref. lines PE 24Accel. factor 3D 1Reference scan mode Integrated

Resolution - Filter ImageImage Filter Off


- 18 -

Resolution - Filter ImageDistortion Corr. OnMode 2DUnfiltered images OffPrescan Normalize OnUnfiltered images OffNormalize OffB1 filter Off

Resolution - Filter RawdataRaw filter OffElliptical filter OffPOCS Off







Geometry - SaturationFat suppr. NoneWater suppr. NoneDixon OffSpecial sat. None


System - MiscellaneousPositioning mode ISOTable position HTable position 24 mmMSMA S - C - TSagittal R >> LCoronal A >> PTransversal H >> FCoil Combine Mode Adaptive Combine

System - MiscellaneousSave uncombined OffMatrix Optimization OffCoil Focus FlatAutoAlign ---Coil Select Mode On - AutoCoilSelect






Inline - CommonView sharing OffFlip angle 15.0 degMeasurements 50Pause after meas. 1 0.0 sPause after meas. 2 0.0 sPause after meas. 3 0.0 sPause after meas. 4 0.0 sPause after meas. 5 0.0 sPause after meas. 6 0.0 sPause after meas. 7 0.0 sPause after meas. 8 0.0 sPause after meas. 9 0.0 sPause after meas. 10 0.0 sPause after meas. 11 0.0 sPause after meas. 12 0.0 sPause after meas. 13 0.0 sPause after meas. 14 0.0 sPause after meas. 15 0.0 sPause after meas. 16 0.0 sPause after meas. 17 0.0 sPause after meas. 18 0.0 sPause after meas. 19 0.0 sPause after meas. 20 0.0 s


- 19 -

Inline - CommonPause after meas. 21 0.0 sPause after meas. 22 0.0 sPause after meas. 23 0.0 sPause after meas. 24 0.0 sPause after meas. 25 0.0 sPause after meas. 26 0.0 sPause after meas. 27 0.0 sPause after meas. 28 0.0 sPause after meas. 29 0.0 sPause after meas. 30 0.0 sPause after meas. 31 0.0 sPause after meas. 32 0.0 sPause after meas. 33 0.0 sPause after meas. 34 0.0 sPause after meas. 35 0.0 sPause after meas. 36 0.0 sPause after meas. 37 0.0 sPause after meas. 38 0.0 sPause after meas. 39 0.0 sPause after meas. 40 0.0 sPause after meas. 41 0.0 sPause after meas. 42 0.0 sPause after meas. 43 0.0 sPause after meas. 44 0.0 sPause after meas. 45 0.0 sPause after meas. 46 0.0 sPause after meas. 47 0.0 sPause after meas. 48 0.0 sPause after meas. 49 0.0 sBurn time-to-center OffTemporal interpolation 13D centric reordering OffTime to center 3.5 s

Inline - InlineSubtract OffMeasurements 50StdDev OffLiver registration OffSave original images On


Inline - Soft TissueWash - In OffWash - Out OffTTP OffPEI OffMIP - time OffMeasurements 50Pause after meas. 1 0.0 sPause after meas. 2 0.0 sPause after meas. 3 0.0 sPause after meas. 4 0.0 sPause after meas. 5 0.0 sPause after meas. 6 0.0 sPause after meas. 7 0.0 sPause after meas. 8 0.0 sPause after meas. 9 0.0 s

Inline - Soft TissuePause after meas. 10 0.0 sPause after meas. 11 0.0 sPause after meas. 12 0.0 sPause after meas. 13 0.0 sPause after meas. 14 0.0 sPause after meas. 15 0.0 sPause after meas. 16 0.0 sPause after meas. 17 0.0 sPause after meas. 18 0.0 sPause after meas. 19 0.0 sPause after meas. 20 0.0 sPause after meas. 21 0.0 sPause after meas. 22 0.0 sPause after meas. 23 0.0 sPause after meas. 24 0.0 sPause after meas. 25 0.0 sPause after meas. 26 0.0 sPause after meas. 27 0.0 sPause after meas. 28 0.0 sPause after meas. 29 0.0 sPause after meas. 30 0.0 sPause after meas. 31 0.0 sPause after meas. 32 0.0 sPause after meas. 33 0.0 sPause after meas. 34 0.0 sPause after meas. 35 0.0 sPause after meas. 36 0.0 sPause after meas. 37 0.0 sPause after meas. 38 0.0 sPause after meas. 39 0.0 sPause after meas. 40 0.0 sPause after meas. 41 0.0 sPause after meas. 42 0.0 sPause after meas. 43 0.0 sPause after meas. 44 0.0 sPause after meas. 45 0.0 sPause after meas. 46 0.0 sPause after meas. 47 0.0 sPause after meas. 48 0.0 sPause after meas. 49 0.0 s



Sequence - Part 1Introduction OffDimension 3DElliptical scanning OnAsymmetric echo WeakContrasts 1Optimization Min. TEMulti-slice mode Sequential


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Sequence - Part 1Bandwidth 300 Hz/Px

Sequence - Part 2RF pulse type NormalGradient mode FastExcitation Slab-sel.RF spoiling OnIncr. Gradient spoiling Off



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3D VIBE whole pelvisTA: 0:36 PM: ISO Voxel size: 1.2×1.2×5.0 mmPAT: Off Rel. SNR: 1.00 : fl


Off

Wait for user to start OnStart measurements Single measurement

RoutineSlab group 1

Slabs 2Dist. factor 0 %Position IsocenterOrientation TransversalPhase enc. dir. A >> P


Normalize, Elliptical filterCoil elements BO1-3;SP1-3

Contrast - CommonTR 3.70 msTE 1.19 msTD 0 msFlip angle 12.0 degFat suppr. SPAIRLines Per Shot 40Water suppr. NoneDixon Off

Contrast - DynamicAverages 1Averaging mode Short termReconstruction MagnitudeMeasurements 1Multiple series Off

Resolution - CommonFoV read 380 mmFoV phase 81.3 %Slice thickness 5.0 mmBase resolution 320Phase resolution 80 %Slice resolution 100 %Phase partial Fourier 6/8

Resolution - CommonSlice partial Fourier 6/8Trajectory CartesianView sharing OffInterpolation Off


Resolution - Filter ImageImage Filter OffDistortion Corr. OnMode 3DUnfiltered images OffPrescan Normalize OffNormalize OnB1 filter Off

Resolution - Filter RawdataRaw filter OffElliptical filter OnPOCS Off


Slabs 2Dist. factor 0 %Position IsocenterOrientation TransversalPhase enc. dir. A >> P



Position IsocenterOrientation TransversalPhase enc. dir. A >> P

AutoAlign ---Initial Position IsocenterL 0.0 mmP 0.0 mmF 0.0 mmInitial Rotation 0.00 degInitial Orientation Transversal

Geometry - SaturationFat suppr. SPAIRWater suppr. NoneDixon OffSpecial sat. None

Geometry - Tim Planning SuiteSet-n-Go Protocol Off


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Geometry - Tim Planning SuiteTable position FTable position 4 mmInline Composing Off

System - MiscellaneousPositioning mode ISOTable position FTable position 4 mmMSMA S - C - TSagittal L >> RCoronal P >> ATransversal H >> FCoil Combine Mode Adaptive CombineSave uncombined OffMatrix Optimization OffCoil Focus FlatAutoAlign ---Coil Select Mode On - AutoCoilSelect






Inline - CommonView sharing OffFlip angle 12.0 degMeasurements 1Burn time-to-center OffTemporal interpolation 13D centric reordering Off

null

Inline - InlineSubtract OnSave images OnAutoscaling OffScaling factor 1Offset 0Subtrahend 1Subtraction group 1Measurements 1StdDev OffLiver registration OffSave original images On


Inline - Soft TissueWash - In OffWash - Out OffTTP OffPEI OffMIP - time OffMeasurements 1



Sequence - Part 1Introduction OffDimension 3DElliptical scanning OnAsymmetric echo WeakContrasts 1Optimization Min. TEMulti-slice mode SequentialBandwidth 520 Hz/Px

Sequence - Part 2RF pulse type NormalGradient mode PerformanceExcitation Slab-sel.RF spoiling OnIncr. Gradient spoiling Off



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Date post:	08-May-2020
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