syngo.via VB50 MI General Viewing Hybrid Data with Layouts e-Clip
Viewing Hybrid Data with Fused Layouts | Windowing, Alpha Blending and Modality Toggling | Image Alignment | Image Orientation | Working with Reference Lines | Enhanced Image Fusion MPR/MPR | Enhanced Image Fusion Hybrid VRT/MIP | Spine and Rib Labels | Automated Ranges Reconstruction | Anatomy Auto Views | Cinematic VRT.
In order to select a layout that is appropriate for your data that you wish to align, select either a fused or a hybrid layout from the layout Gallery. Or from the viewing panel, or choose a layout from your preferred layouts. The system loads the segments with data of the modality that is available. A fused or hybrid layout can be used to display hybrid imaging studies. The display shows two volumes in one segment with one volume as an overlay on the second volume. In a few segment, the few segment is also used to demonstrate the relationship between the data. Once it has been aligned. To modify the overlay intensity, use the Alpha blend tool, which is located at the bottom of each segment. Simply move the mouse pointer over the Alpha icon, click and hold the mouse to Alpha. Blend from 100% CT to 100% PET SPECT, which changes to an inverted grayscale or anywhere in between. Since this display only displays fuse datasets in each plane, you can easilly change between the fused CT and PET or SPECT datasets. The keyboard shortcut key F9 can be used to cycle between the see T padan fuse data set. That keyboard shortcut key F can be used to cycle between the see T Windows to change the window, click the middle mouse button and drag the mouse up and down to the left for the see T and to the right for the animage. Alternatively, use the area contrast tool to optimize windowing. In the image, select the area contrast tool from favorite tools. Draw a circle over the area on which the window optimization should be based. The highest pixel value in the region is used as the window top value of the selected loot and the lowest pixel value in the region is used as the window bottom value of the selected loot to reset windowing to default. Click reset window. It is important that the results of any image alignment are thoroughly assessed as the overlay is registered to the base image. First review the initial alignment of the data in a few segment. The registration Mini toolbar located at the bottom of each segment shows you the available registration methods and allows for quality control of the hybrid image. These may include geometrical identity and or user defined, for example, from the scanner workstation. Or created in an earlier workflow registrations. If alignment is needed, you can quickly run the automatic registration in the upper left corner menu, or if more adjustment is needed, use visual alignment. 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. Use reset to reset the registration so the previously saved registration for difficult cases. You can save multiple registrations. Click the save button to save a new user, define registration or click save as to save the registration with a new name. You can delete registrations which are not needed. To create the axial sagittal and coronal images, the image text needs to be turned on to turn on the image text, select full text or custom text or simply press the T key when the image text is active, an orientation cube is present on the images. Click on this to toggle between orientations, or right click the orientation box and choose an orientation. The data can now be synchronized by clicking the synchronized icon. If you have used reference lines for reorientation, the lines may appear at angles. You can activate lock reference lines from the favorite tools. This feature allows you to lock the reference lines in North an ickle position in a synchronized segment so that you can rotate them and still see three orthogonal views. If you wish to keep the new orientation, but make navigation easier, you can use the snapback tool. Choose snap reference lines back. Align the orientation according to your needs. Reference lines are snapped back to their original position and the orientation of the data relative to the lines is changed. To learn more about image Fusion, let's change to the standard hybrid three by three layout. The series panel must be activated to change the data in the active segments. Right click and drag and drop the data in a segment ipon release of the mouse button. Select replace all the system now allows the replacement of anatomical data itself. Use data a see T Recon series needs to be the base series again. Right click and drag and drop the mdata from the series panel to a segment. Select fuses overlay Mer Mer. Hybrid vert myth can be created with the enhanced drag and drop option with a reduced number of clicks, again right click and drag and drop the data in the segment. Ipon release select fuses overlay vert MIP from the context menu to create impressive clinical images for patient review, referring physicians or marketing material. If you would like to define the presets of the vert, enter the art Gallery. Multiple presets for specific modalities. An body parts are provided. Choose a body part from the dropdown an select a vert preset. The selected vert preset is applied to the segment. Click OK to confirm the change. Automatic table removal can be applied in the upper left corner. This automatically applies the table from vert images and supplies structure isolation. To visualize vert images without the table interference to window the image, click the middle mouse button and drag the mouse and down to the left for the vert and to the right. For the MIP, the color LUT can be changed individually. Use Alpha blending to adjust the overlay. To an move, the mouse pointer by clicking and dragging the mouse to rotate, click and drag the mouse to the left or right who are simply click the orientation box. The clip pain can be used to see any specific plane of the 3D filter on this vert MIP. Once enabled, the vert MIP can be moved around, so click the view at any desired angle. With the spine and rib labeling, feature findings can be displayed more precisely on fuse datasets. When you start the automatic spine Rib label mode from the right upper corner menu, the system identifies an proposes labels for vertebrae or ribs depending on the selected data set. Spine and rib labeling, or in this example, only spine labeling is available. It is important that the results of the labels are thoroughly assessed. If the proposed labels are not accurate. For example, in the case of severe osteoporosis or scoliosis, you can add further labels or edit the existing labels to add a single vertebral label. Right click on the vertebra and choose insert an propagate from the context menu. Next, in the spine label menu, choose the corresponding vertebral label. To edit an existing vertebral label, right click for the context menu, then choose the appropriate action to change or delete the label. Single will not affect adjacent labels. An propagate will adapt labels above and below in anatomical order. To add multiple vertebra labels, you have to define the name of the first vertebra. Label only the naming of the following labels is derived from this first label on the Mini toolbar, click the Insert Multiple Spine labels icon. Position the mouse pointer over a vertebra and click. Select the corresponding vertebral label from the spine label menu. To stop adding vertical labels, deselect the insert multiple spine labels. Icon reset is used to reset the initial spine labels. After reviewing the labels visually, you must confirm their creation in the Mini toolbar. The labeling of ribs has to be started separately by clicking an icon on the features mini toolbar. Please note that a license must be purchased for the Rib label feature. Automated reconstruction using radial ranges for hybrid vert, MIP can be used to create series of images cut radially around a pivot inside the tool you can define the number of images to be created, the desired image resolution an whether to include a reference image, the fields of view can be adjusted. Next, click start to create the images. An finally accept to save the created image range for all types of ranges. The range presets can be defined and saved for an automated reconstruction process. Automated reconstruction using parallel ranges or spine ranges for hybrid images can be used to create series of sliced images. Here to the tool allows you to define the number of images to be created, the image thickness, and the distance between images. The field of view can be adapted. Next, click start to create the images and finally accept to save the created image range. The same applies to spine ranges. With auto fast ranges you can generate parallel ranges based on the data in the layout and the configured settings without changing your layout in favorite tools. Right click on the fast ranges icon and choose the properties menu to configure which ranges will be created. The automatic parallel ranges properties dialog box opens, displaying the parameters for configuring the ranges. The settings are used for, subsequently creating ranges without the need to reconfigure them again. Click the auto fast ranges icon. The dimmed icon indicates their reconstruction process. The ranges are created and displayed automatically in the series panel for the data currently displayed in the layout. For best results when reorienting data prior to creating ranges in a layout that displays multiple orientations, make sure that the lock reference lines tool and the snap reference lines back tool are enabled. With the auto views tool, clinically relevant images of indicated anatomy can be created with a single click in a segment. Choose auto views from the bottom right corner menu. The auto views dialog box opens. By default, the preset group displays suggested presets. Select all and use the scroll bar. It's or browse for further auto views or click an entry in the modality and preset group lists. Click a thumbnail to Allie this autoview to the segment. An* is displayed next to each preset thumbnail. Click the* to select the preset as a favorite. The* is highlighted an the preset is added to the preset group favourites. Double click the* to deselect the preset as a favorite. Navigate your mouse pointer to the bottom left corner of any segment and choose cinematic vurk to activate cinematic rendering. Cinematic rendering provides photo realistic 3D views of. See T or MRI datasets through highly sophisticated Monte Carlo based photon simulations such as ambient occlusion, shadows scattering and high dynamic range that achieve high resolution views of anatomical details within seconds. A masking functionality like table removal, bone removal or punch is available and is applied during cinematic rendering. The cinematic rendering filter type behaves like the standard vert filter type. To learn more about cinematic rendering, watch the cinematic rendering single via VB 30 elearning.
Healthineers n: Bone Stu $ e : 1000:'g ggm SIEMENS stud,' Tim. SIEMENS osteoe,ondto... Tools Accession Number gone Scan osteochondro... Healthineers • 01.01.1951 • 01.01.1951 DPD Bone Scan Reset Sy«h Automatic HLP HPL HRP HPL Series 3D Reference point : 1 AC_CT AC_CT g 3D Point 3 D Point AC_CT • AC Rotate AC_CT AC_CT Lhs AC_CT Ac_cr SPC Auto Views AC_CT g AC_CT Rotate FUSION VRT properties VRT Properties AC_CT LWS B70s [41 1 SPECT LWS [CGAS 24i1s7mm AC AC_CT LWS B70s |41 1 SPECT LWS [CGAS 24i1s7mm AC AC_CT LWS B70s | SPECT LWS [CGAS 24i1s7 AC_CT LWS B70s | SPECT LWS [CGAS 24i1s7mm AC | SPECT LWS [CGAS 24i1s7mm AC_CT AC_CT LWS B70s | SPECT LWS 24i1s7 SPECT LWS [CGAS SPECT LWS SPECT LWSICGAS FAST FUSION FUSION "PR FUSION Desc Descri on Bone Scan oate oate : Rotate Stu stu Time _ Name reset this chject? Oescri lion Bone Scan SPECT min FUSION Object Settings SL min Object Settings Sliced Stu spcl,o Automatic Parallel Ranges Properties • 4 h I Ocm 1 Ocm Modality CT Modality SL min SPC1.o opo Number Radial 10cm Nignment Siemens Healthineers presents Preset group I Ocm S' 11 2ai1s7mm Sliced Single Orientation Lock Reference Lines Lock Reference AC_CT AC_CT 1 For the proper use of the software or hardware, please always use the Operator Manual or Instructions Stu&øoescription Bone Scan Stud" Description Bone Scan Stud' Time study Time stud' Time Accession Number : Accession Number: : Accession Number: I Energy' Window t .99m TechnetiuRadiopharmaceutica1 : OPO Energy' Window t 99m TechnetiuRadiopharmaceutica1 : OPO FUSION AC_CT Radial Scroll Visual Transaxial IOtm I Ocm Single Name Series 1.3 J Sagittal rc99m Delete RAH 3D Reference MPR AC_CT AC_CTLWS SPECT Lws AC_CT SIEMENS Acetabulum in this training will not be updated on a regular basis and does not necessarily reßect the latest version of Coronal Ranges Manip VRT MIP FUSION Ml O'gan Organ Single Plane Rotate Delete O p If images have been significantly reoriented. check presets Windowing svc sec sec sec '0 that reorientation and labeling in resulting ranges that reonentation and labeling in resulting ranges SPECT Icons Kidney R SPECT Data Removal TOO'S are as expected. "PR FUSION 'PR FUSION FUSION L5 FUSION express written authority. Offenders will be Liable for damages. SPECT Ac SPECT AC SPECT LWS 2' SPEC' I SPECT LWS 2' SPECT LWSICGAS LWS 2' SL min 1 Ocm Fit to 50 SPECT Lws FUSION Healthineers 10tm SPC Cinematic VRT MIP FUSION SL min min Fused Data Accept Manip VRT MIP FUSION SPEC' I SPC ID Lock Reference I Ocm 10cm Angle AC_CT s SPECT AC_CT s AC_CT VRT MIP FUSION Manip Clip VRT MIP FUSION Manip VRT MIP FUSION MPR FUSION FUSION All names and data of patients, parameters and configuration dependent designations are fictional Three Create range Of data SL min full FUSION Region FUSION AC_CT SL min 10cm Thin Data C_reate range of base data Create range Of base data Create range of base data Images SPC SPECT I Ocm 1 Ocm 10cm I cm 10cm 1 Ocm I Ocm IOcm I cm I Ocm 1 Ocm MPR Segment General Settings General Settings I Ocm 10cm Images MIP Orientation SPEC' I SPECT Ac "-CT LBS SPECT "-CT LBS SPECT LBS SPECT SPECT SPECT LWSICGAS SPECT Punch processing Filters Field Range Series Name Suffx SPECT Anatomy MPR SL T12 SPC1.0 SPECT SL min 1 Ocm I Ocm H (he Thin OK Cancel Ranges labels not confirmed Remove Table OK Tc99m Is7mm SPECT LWSICGAS SPECT SPECT LWS 2' SPECT 24i1 I all AC_CT SPECT Cancel aels not confirmed *els not confirmed 5] AC_cr AC_cr 13:12 13:50 12:45 12:46 13:20 15:20 13:43 11:49 10:17 13:40 13:27 13:26 50 56