PEPconnect

syngo.via VB50 MI General Auto Lung 3D e-Clip

Launching Auto Lung 3D | Registration | Segmentation | Results Step.

Auto Long 3D allows you to automatically quantify perfusion and ventilation of SPECT. CT lung scans to access the tool, click the auto long 3D icon from favourites tools. The auto lung 3D workflow step is available below the viewing panel of the application and the data selection step is enabled by default. A blank layout with instructions on how to continue with the tool is displayed on the image area. Open the series panel. And drag and drop the profusion Lunn spec volume to the dedicated segment. Alternatively, select the ventilation Lunn spec volume each an M series must be accompanied by a see T series in order to proceed to the next step. This can be the same. See T series for both launch spec volumes. From the data selection step, click the confirm data icon. The data is confirmed for further analysis. The control moves automatically to the registration step to allow review and adjustment of the registration between M&CT volumes. By default, the default registration logic is applied. It is recommended to review the generator alignment. If alignment is needed between Merck volumes, the visual alignment can be used. A rotation wheel appears. The overlaid image can be panned by moving the mouse pointer over the rotation wheel. An clicking and dragging the mouse. The overlaid image can also be rotated by clicking and dragging the mouse to the left or right on the rotation wheel. Alternatively, deselect visual alignment and simply click the automatic registration icons who automatically register the volumes. The segmentation step is enabled once you have confirmed the datasets to be used in the data selection step. When you select the segmentation step for the first time, the lobe segmentations in the image area are displayed as a transparent color coded mask created by the automatic CTE segmentation. These segmentations are used for quantification of the enemie lung scans. Scroll through the images and check the lobe segmentation. For better visualization, the transparency can be adjusted by dragging the handle to the left or right. To change from a mask view to a contour view, select the drop down below the lobes icon and select the contours icon. The lobe segmentations are now displayed as outlines in the image area. If the segmentation needs modification a nudge tool or a freehand tool can be used to make manual corrections. If desired, lobes can be excluded with the exclude lobe icon. Click the nudge contour icon to activate the subtool. The Mini Toolbar provides 2D mode, an 3D mode modification in 2D mode. All operations performed are slice based, while in 3D mode all operations performed are volume based. To edit a lobe, select any of the lobe outlines in the image area. The mouse pointer changes its shape to a circle. Click and drag the nudd circle near a contour. Move the nudd circle along the contour, an nudge it against the contour to increase or decrease the size of the nud circle. Modify its radius. When you have finished, select another contour to nudge by pressing and holding the control key and clicking the contour. Click the nudge contour icon, or use the keyboard shortcut key Alt End to close. Alternatively, click the draw freehand tool or use the keyboard shortcut key alt F. Select any of the lobe outlines in the image area. The mouse pointer changes its shape to a pen. Click the draw and Edit icon, click and drag the mouse pointer to correct the structure. Double Click to set the endpoint of the contour to accept the contour or use add area freehand. Or delete area free hand to ally modifications. To reset the segmentations to the initial state, click the reset icon. The edits made to the segmentations are reset to the initial state. The result step allows you to view the analysis results and is enabled once the datasets for analysis are confirmed. SPECT quantification and CT volume results are provided for the profusion data and or ventilation data, if present, as well As for all lung lobes. Based on the automatic segmentation of the seat volume in a single monitor configuration, you can switch between the profusion results or ventilation results. Snapshots can be taken either as layout or as single snapshots.

Anonymous Lung Perfusion Scm Lung Perfusior Ltng Perfusion Scmn Lung Perfus•on Scan Ltng Perfusion Scan Lung Perfusion Scan Perfusion Scan Ltng Perfusion Scm Perfusion Scm Lng Perfusion Scm Perfusion 19.102015 084626 1 S 1 s 19.102015 Favorite Tools Ml General 'General . ACI Anonymous Amonymous L unig Perfusion Scmn L urig Perfusion Scan Lung Perfusion Scan 10.102015 1 S B70s 1.S B70s Anonymous Lung Perfusion Scan 19.102015 084626 08.4626 1.5 B70s 1.5 B70s31 Hybrid 3x3 3asic Dynamic Static - - Dual Favorite Display Time Intensity . ThorRoutine 1.5 Q, Ml General 'General IGeneral General 32 3D t9'oa:ns MI General "General CT Ml Organ Processing 4 .ACI Ml General General 'General Lung Perfusion Scan Lung Perfusior Ltng Perfusion Scm Lng Perfusion Scm Reset Auto Hide Time Hide Time Automatic Sutomatic Snusnot Snaosnot Lung . 1 S .61 • Area 30 sruoy Graphics Layout : 1 s : TiuRoutine I : 1 S . 1 S : TiuRoutine : T fuRoutine T fuRoutine ThorRoutine TiuRoutine 1 s s [31 IS IS 1.5 • Auto Lung 3D Auto Lung 3D ThorRoutine Stetic - Hybrid 313 Hybrid 3x3 Hybrid 3x3 sic 33 sic Dynamic Oynamic Ststic - Static . ThorRoutine 1 S . 1 S : 1 s 1 s Volurme Functional 40 Hybrid Volume MI General Display Di splay Time Intensity ThorRoutine ThorRoutine 1.5 870: Hybrid 3x3 Hybrid 313 Volurme ThorRoutine Stetic - Ststic - Static Dynamic IS Stripe (1 Stripe (1 ) Gated Stripe USBLunge005 USBLung.005 Display Di splay DI splay Time urme Intensity Ststic - ;tatic - Symbia Intevo Symbia Intevo IE Stripe Data Selection Time Intensity STUDY 19.10.2015 SIEMENS Symbia Intevo 16 SIEMENS Syrnbia Intevo 16 Perfusion Scm MI General Ml General General 'General Functional Hybrid Volurme Volu me Volurme Volu me 19.102015 ce Stripe 'eneral Functional Functional 40 Hybrid 40 Hybrid Hybrid Volurme Volu me Volume urne u me 1200 Fused ggm Technetium Gated Stripe Stripe (I) Symbia Intevo 16 -600 + Movie ) Hybrid Hybrid Volume Volurme Ml Organ Processing S 131 Stripe (I) Stripe (1) Fused 2x3 Fused 16 00222 Hybrid 303 Hybrid 30 30 3.as•c 33 sic Dynamic Dnamic Cynarmc Static - m - Dual I s Perfusion Perfusion Scm • Auto Lung 3D Movie CT Intensity Fused 2x3 Fused Fused Ml Organ Processing MI Organ Processing MI Organ processing Fused 213 Data Selection 3K • Auto Lung 3D STUDY sruoy • Auto Lung 3D Automatic Ml Organ Processing 0022 Data Selection Visual Functional Functional 40 Volurm.e Volu me Volume Ml Organ Processing Data Selection u SBLungeM5 Stripe ( 1) Stripe Right Middle Visual Segmentration Regisntration Alignment 16 STUDY Ml Organ Processing Segmentration Regisntration Auto Lung 3D • Auto Lung 3D IS Data Selection Results Fused 213 Fused .0 Regisntration Auto Lung 3D • Auto Lung 3D Data Selection Mcwie data Static Data Selection Stetic - Static Static - Ststic - 3D Segmentration Reg stration Regisntration Segmentration Regisntration 3D Smart Ml Organ Processing MI Organ Processing Results SPC ecu Segmentration Regisntration Edit OD Dynamic Dynamic Static •D Dynamic Fill Contours Results • Auto Lung 3D Lu Recon Data Selection Visual Automatic 1 5 1 s - Recon Lung Lung Tomo • Lung Tomo Alignment Contours Yes Exclude Draw Yes ThorRoutine (31 1 S 1 s Volurme Volume m •0101 1910201S Contours Exclude Segmentration 15 ThorRoutine S B70s (31 1.5 B70s31 R Middle Results 1 S Lobes Nudge Results udqe Contour [Alt+N] udge Contour [Alt+N] 11.609 11,609 Contours Nudge 1200 79 % 'S L Lcwer -600 1200 Results Edits Total R Lun 11,609 1.5 B70s31 79 % 1 s 1 S 1.5 ThorRoutine 1.5 870: TC8SILRO Results RPF 13:26 16:21

  • syngovia
  • via
  • snygo