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Siemens Software version syngo CT 2005C manual Application Information

Models: Software version syngo CT 2005C

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Install Delay of Injection Configuration Defining the Tissue Range Changing /Creating VRT Presets Scan Set Up Scanning Procedure AbdMultiPhase AbdMultiPhase08s How to Syngo Volume

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Application Information

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Siemens Software version syngo CT 2005C manual Application Information

Page 68 Page 70

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Contents

Application Guide SpiritPage Overview Syngo 3D Page Contents Access to Computer Based Training or Contents Contents Contents Syngo 3D Contents Contents Syngo CT Operator Manual Volume Syngo VolumeUser Documentation User Documentation Concept of Scan Protocols Scan and Reconstruction Scan Set Up Sequential Scanning Scan ModesSpiral Scanning Dynamic Serioscan Slice Collimation Slice Width Mm1, 1.25, 2, 3, 5 mm Mm 2, 3, 5, 6 mm Mm 3, 5, 6, 8, 10 mm Increment Pitch Window values Hounsfield Units Gray scaleCT-window values Kernels Image Filters Scan and Reconstruction Head image without correction Head image with cor- rections Improved Head Imaging Dose Information Ctdiw and CTDIVolCTDIVol = CTDIW/Pitch Factor 2 3 mSv per year in Germany Effective mAs Dose Information How does Care Dose work? Care Dose High attenuation, high mA Example of scanning the shoulder regionPrinciple of Care Dose tube current adaption Dose Information Dose Information Recon Jobs Workflow Information Examination Job Status Auto Load in 3D and Post- processing Presets Edit/Save Scan Protocol How to Create your own Scan Protocols Scan Protocol Manager Hints Select Replace All Change one or more parameters for all Customer protocols Workflow Information Hints Additional Information Contrast Medium BasicsLonger scan time Radiology 1998 207647 IV Injection CM = start delay time + scan time x flow rate General Hints Bolus Tracking Workflow Information How to do it Test Bolus using Care Bolus Test Bolus Workflow Information Workflow Information Application Information Somatom lifeGeneral Information Key Features Description CD ROM Access to Computer Based Training or Manuals on SRS Based Services Download of Files Contact incl. Dicom Images Application Information Trial Order and Installation Application Information Image Converter Application Information File Browser Transfer files to floppyBurn on CD Hint Review reports and movies Patient Protocol Application Information Overview Head Head Kernels Hints in General Indications HeadRoutine Volume 50 60 ml Flow rate Ml/sec Start delay 50 60 sec Base CerebrumContrast medium IV injection HeadSeq BaseSeq CerebrumSeq Start delay 60 sec Flow rate Ml/sec Volume 50 60 ml InnerEar 2nd reconstr InnerEarHR Head InnerEarHRSeq Start delay 60 sec Flow rate Ml/sec Total amount 50 60 mlInnerEarSeq 130 Head Sinus 2nd reconstr Sinus Head SinusSeq SinusSeq Head Orbita Orbita 2nd reconstrContrast medium IV injection Head Dental Dental Head Neck Neck Hints in General Body Kernels Neck Start delay 45 sec Flow rate Ml/sec Total amount 120 ml NeckNeck Hints Shoulder Shoulder Hints in General Shoulder Shoulder 2nd reconstruction ThoraxFast ThoraxThoraxHRSeq LungLowDose Hints in General Thorax Body Kernels ThoraxRoutine ThoraxRoutine08s Start delay 25 30 sec Flow rate Ml/sec Total amount 80 ml ThorRoutineReconstruction ThoraxFast ThorFast 2nd reconstr ThoraxHRSeq ThorHRSeq LungLowDose LungLowDose Start delay 30 sec Flow rate Ml/sec Total amount 50 70 ml Abdomen AbdomenFastAbdomenSeq Abdomen Pelvis Upper abdomen Abdomen Body Kernels AbdomenRoutine AbdomenRoutine08s AbdRoutine AbdomenFast AbdFast AbdMultiPhase AbdMultiPhase08s Non Arterial Venous Contrast Phase Hints 121 Start delay 50 60 sec Flow rate Ml/sec Total amount 100 ml AbdomenSeqAbdSeq Hints Pelvis PelvisHip SIJoints Hints in General Pelvis Pelvis Hip Hip 2nd reconstr SIJoints 2nd reconstruction SIJoints 131 Spine SpineSpineSeq Osteo For image reconstruction of bone studies, use kernel B60 133 Spine Body Kernels Spine Spine 2nd reconstr C2-3 C3-4 C4-5 SpineSeq Dental artifacts can be reduced by tilting the gantry C5-6 C6-7 Spine Spine SpineSeq L3-4 L4-5 L5-S1 Osteo Osteo 145 Upper Extremities WristHRExtrRoutineHR Hints in General Body Kernels 149 WristHR WristHR 2nd reconstruction ExtrHR 2nd reconstruction ExtrRoutineHR 153 Lower Extremities KneeHRFootHR Hints in General Body Kernels 157 KneeHR KneeHR 2nd reconstruction FootHR 2nd reconstruction FootHR For image reconstruction of soft tissue, use kernel B31s 161 Vascular Hints in General HeadAngio 2nd reconstruction HeadAngio/HeadAngio08s Start delay 18 sec Flow rate Ml/sec Total amount 75 ml CarotidAngio 2nd reconstruction CarotidAngio/CarotidAngio08s Start delay 15 sec Flow rate Ml/sec Total amount 90 ml ThorAngio 2nd reconstruction ThorAngio/ThorAngio08s Start delay 10 25 sec Flow rate Ml/sec Total amount 80 ml Embolism 2nd reconstruction Embolism Start delay 10 sec Flow rate Ml/sec Total amount 80 100 ml BodyAngio 2nd reconstruction BodyAngioRoutine BodyAngioRoutine08s Vascular BodyAngio BodyAngioFast Start delay 20 sec Flow rate Ml/sec Total amount 120 ml Specials TraumaInterventional CT Trauma Head Neck PolyTrauma Thorax AbdPelvis HeadTrauma Interventional CT Biopsy Biopsy TestBolus TestBolus Children Neck HeadThorax Abdomen Extremities SpineVascular Specials Hints in General Children Needle Size gauge Flow Rate ml/sec Head Kernels Body Kernels Head HeadRoutineBaby Hints HeadRoutineChild Children HeadSeq HeadSeqBaby Children HeadSeqChild Children InnerEar InnerEar Children SinusOrbi SinusOrbi Contrast medium IV injection Neck Children ThoraxRoutineBaby ThorRoutine ThoraxRoutineChild Children ThoraxHRSeqBaby Children ThoraxHRSeqChild Children Abdomen AbdomenBaby Children AbdomenChild Children SpineBaby Children SpineChild Hint ExtrHR ExtrHRBaby Hints ExtrHRChild Hint HeadAngio Hints HeadAngio HeadAngio08s Children CarotidAngio 2nd reconstr CarotidAngio Children CarotidAngio08s Children BodyAngio 2nd reconstr BodyAngio Children BodyAngio08s Children NeonateBody NeonateBody 239 Maximum Intensity Projection MIP Multi Planar Reconstruction MPR Shaded Surface Display SSD Volume Rendering Technique VRT Workflow PrerequisitesLoading the Images Image Representation on the 3D Card Defining Output Types Creating SeriesParallel Ranges Radial Ranges Expanded RangesCurved Ranges Editing Syngo 3D Object Punching Region Growing Documentation of Results Morphological Operations Workflow for a CT Extremity Examination Using MPR/MPR Thick Using VRT Using SSD Workflow for a CT Angiography Using MIP/MIP Thin Using VRT/VRT Thin/Clip Rotating around one axes oblique cut planes Setting Views in the Volume Data Set Changing /Creating VRT Presets Syngo 3D Blow-up Mode Auto Load in 3D and Post-processing Presets Syngo Fly Through Key Features SSD and VRT Presets for Endoscopic Renderings PrerequisitesBasics for CT Virtual Endoscopy Endoscopic Viewing Parameters/Fly Cone Settings Cone setting for flying through the airwaysCone Graphic and Definition Syngo Fly Through Patient Preparation Workflow Syngo Fly Through Navigation of the Endoscopic Volume Fly Path Planning Syngo Fly Through Syngo Dental CT BasicsWhat can syngo Dental CT do? Panoramic view Paraxial view Scan Protocols User interface of syngo Dental CT TOP-cranial view Caudal view Additional Important Information Syngo Dental CT Paraxial lines using Cluster Siemens Reference Data Syngo Osteo CT Scan Protocols Scanning Procedure Syngo Osteo CT Topographic Phantom inside the FoV Configuration Syngo Osteo CT Data structure of the result file Example for one patient with three Osteo tomo- grams Abbreviations Water Bone equivalent equivalent Correcting contour lines Evaluation Workflow Syngo Osteo CT Score 285 Syngo Osteo CT Filming layout Syngo Volume Evaluation Syngo Volume Evaluation Prerequisites Workflow Planning a Volume Preparing Volume Calculation Planning a Volume with Automatic Volume Detec Tion Planning a Volume with the Interactive Volume Definition Restricting Automatic Volume Detection 295 Syngo Volume Evaluation Overlap and Mark&Link Method Syngo Volume Evaluation Evaluation Results Loading Images General Hints ROI and Volume Definition Restrictions for Linking and Unlinking Configuration Syngo Volume Evaluation 305 Syngo Dynamic Evaluation Syngo Dynamic Evaluation Prerequisites Workflow Generation of Parameter Images Inspecting the Input Images Syngo Dynamic Evaluation Syngo Dynamic Evaluation Click on the button Generate baseline image with the mouse Creating a Baseline Image Display of the Pixel Lens curve Evaluation of Region of Interests Absolute/Relative Enhancement curve Enhancement Curve Documentation of Results Defining the Tissue Range Slice Position with Multi-Row ScannersHelp to Interpret the Enhancement Delay of Injection FilteringMoving the Sampling Line Time Axis Relative Enhancement CurveEnhancement Axis Y Absolute Enhancement Curve Configuring Dynamic Evaluation Manufacturer

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