syngo.via MM Reading VB50 Delta Online Training Part 2

Continue Continue syngo.via MM Reading VB50 Delta Online Training syngo.via MM Reading VB50 Delta Online Training Part 2 In this training you will learn about MM Reading clinical tools in the syngo.via VB50 software version. 1 ROI Auto Contour 4 OpenApps 3 Spine Ranges 2 LungCAD 5 Lesion Quantification 6 Master Template HOOD05162003052540 | Effective Date: 26-Nov-2019 CT Lung Change Welcome audf_sv_vb50_delta_olt_sy2_welcome.mp3 Audio Script: Welcome to the syngo.via MM Reading VB50 delta online training. In this training you will learn about enhancements to the syngo.via VB50 software version that covers MM Reading. Table with 2 columns and 3 rows Not all pages contain audio. Some pages invite you to read for yourself or watch a video. Some pages show an X button in the upper right corner. Click the X button to return to the overview page and not miss any information provided. Some images show a magnifier icon. Click on the icon to see an enlarged view of the image. Another click brings you back to the normal view. Hints for Navigating this Online Training Before you start, we would like to give you a few tips on how to navigate: Enjoy the course! Hints for Navigating this Online Training Spine Ranges In this section you will learn how to work with the clinical tool Spine Ranges. Select the tab arrows to learn more about the Spine Ranges tool. How to open the Spine Ranges tool How to correct the centerline when creating spine ranges How to save results Spine Ranges audf_sv_vb50_delta_olt_sy2_spine_ranges.mp3 Audio Script Base Layer: In this section you will learn how to: open the Spine Ranges tool easily correct the centerline when creating spine ranges save the results Select the tab arrows to learn more about the Spine Ranges tool. audf_sv_vb50_delta_olt_sy2_open_spine_ranges.mp3 Audio Script Tab 1: The Spine Ranges tool is a clinical routine tool which allows you to define slices perpendicular to the spinal cord. First, please open an appropriate clinical case. You have two options to activate the Spine Ranges tool: Option 1: Navigate to the top left corner menu of the segment where the image is displayed, select the Ranges icon and then select Spine Ranges. Option 2: From the Tool Gallery, select the Spine Range icon. If you would like to add this tool to the Favorite Tools area, simply drag and drop it from the common tools area to your favorite tools. It is also useful to send the tool to the context menu by clicking on the icon and selecting “send to context menu”. When the tool is activated, the segment automatically changes the layout so ranges can be generated. After the Spine Ranges tool has been activated, the layout automatically changes to the ranges layout and shows labels indicating the spine levels for each of the vertebras. An additional confirmation window appears, asking you to confirm the automatic labeling. vid_sv_vb50_delta_olt_sy2_correct_center_line.mp3  Video Script Tab 2: The spine ranges are always created perpendicular to a centerline that runs along the spinal cord. If this is incorrect you can now correct the centerline using the green circles that are displayed in the center of the vertebras.  You can adjust and therefore correct the position of green circles in any of the planes - the sagittal, axial or coronal plane and therefore correct the position of the centerline. Once the centerline is corrected, the spine ranges perpendicular to this line are also adapted. Of course, at any time the images within each segment can be enlarged, minimized or adjusted using the zoom/pan mouse functionality.   After the centerline has been corrected in the desired plane and checked the image thickness, distance between slices and the field of view can also be adjusted.   You can also adjust the image resolution to your needs by selecting Normal, High or Original. Once you have made the desired adjustments, please click the Start icon.   This Ranges tool can be used on CT images.   This tool is beneficial in ensuring that the generated slices contain the full view of the vertebras in each image as it follows directly the spinal cord centerline. How to save results Once the software has finished generating the ranges, you can navigate through the generated slices and check the reconstructed images. If you would like to keep the output, you can enter a series name of choice, include an image comment, and include a reference image to be included in the result series.   To save the new set of images, select the Accept icon. The new series are available in the Series panel.   Additionally, next to the newly created series is the user icon, indicating that the series was generated within syngo.via. How to correct the centerline Spine ranges are always created perpendicular to a centerline that runs along the spinal cord. If this is incorrect you can now correct the centerline using the green circles that are displayed in the center of the vertebras.  The correction can be performed in: Coronal plane Axial plane Sagittal plane After the correction, click Start to get the results. This ranges tool can be used on CT images. How to open the Spine Ranges tool The Spine Ranges tool is a clinical routine tool which allows you to define slices perpendicular to the spinal cord. Select the markers on the right to learn how to open the tool. If you would like to add this tool to the Favorite Tools area, simply drag and drop it from the common tools area to your Favorite Tools. When the tool is activated, the segment automatically changes the layout so ranges can be generated. After the Spine Ranges tool has been activated, the layout automatically changes to the ranges layout and shows labels indicating the spine levels for each of the vertebras. Corner menu Navigate to the top left corner menu of the segment and select Ranges > Spine Ranges. Tool Gallery From the Tool Gallery, select the Spine Ranges icon. Printing This section will explain the improvements when printing in MM Reading. Select the tab arrows to learn more about: Printing overview and the badge icon Inverting the background of a print sheet Improved printing user interface Number of images on the last page Printing overview Inverting the background of a print sheet Improved printing user interface Number of images on the last page Printing audf_sv_vb50_delta_olt_sy2_printing.mp3 Audio Script Baselayer: This section will explain the improvements when printing in MM Reading. Select the tab arrows to learn more about: Printing overview and the badge icon Inverting the background of a print sheet Improved printing user interface Number of images on the last page Number of images on the last page  When many print sheets are available the display of the number of images on the last page can be very useful. This information is displayed on the thumbnail area and at the left side of the Printing floating window. Improved Printing user interface  Inside of the Printing floating window, you have access to several tools:   Rearrange images (Drag & Drop in prior versions) changes the position of the images on the print sheet. Text and Arrows is now available as a button pallet. The functionality remains the same: add arrows or text to the image. Keep every N-th Image (Smart Print in prior versions, placed in the main print window) The system always keeps the first image and will keep the number of images configured in the setting – for example print every second image including the first image if so configured. The tools Text and Arrows as well as Keep every N-th Image can also be activated by right-clicking on top of the film sheet.   Inverting the background of a print sheet  The Invert Background feature inverts the background of the printed segment on the film print sheet. It does not invert the image itself. The button is available in the Printing floating window and in the Print task. Printing overview After reading a case and creating some findings you may want to print them. You have two options: Click the Printing icon from the Tools area. In the segment where the desired image is located, press the shortcut key E. Additionally, you can add the printing icon to your Favorite Tools area. In syngo.via VB50, a new badge icon indicates that images were sent to printing. As soon as you printed or deleted the images, the badge icon disappears. OpenApps This section explains the improvements when using the clinical tool OpenApps in MM Reading. Select the tab arrows to learn more about OpenApps. OpenApps Connector Enable PACS Ready Technology Start PACS Ready apps Badge icon notification Update installed apps Frontier applications OpenApps audf_sv_vb50_delta_olt_sy2_intro_openapps.mp3 Audio Script Base Layer: This section explains the improvements when using OpenApps in MM Reading. Select the tab arrows to learn more about OpenApps. audf_sv_vb50_delta_olt_sy2_openapps_connector.mp3 Audio Script Tab 1: OpenApps provides you with a direct access and run a variety of Siemens Healthineers applications and our partner applications. But we know that in many hospital environments not all syngo.via clients have an Internet connection. Powered by the OpenApps connector, you can install an application without an Internet connection on the client. Please look for any other Windows computer in the same network with an Internet connection. Open an Internet browser such as, Internet Explorer, Chrome or Mozilla and type the URL: http:///OpenApps A local webpage from the server opens and a button to start the OpenApps Connector is shown. After the download you can run the software. When you open the OpenApps Connector, the device name is shown at the top of the window. You do need your valid login credentials to access the application. Please note: In syngo.via VB50, you can download the apps from the OpenApps store if you have an account with the Reading Physician user role. After login, you can choose the appropriate application by placing a check next to the desired application.  Check the details and start the installation. The Digital Marketplace shows a progress indicator to inform you about the status of the installation. An indicator is shown when the installation is finished.  Once the installation of the application through the OpenApps Connector Tool is finished, the app is integrated in syngo.via without any need to restart the syngo.via clients​. Frontier applications syngo.via Frontier is your Siemens Healthineers research environment for advanced post-processing in medical imaging. New syngo.via VB50 version installations do not need a separate Frontier server. The Frontier prototypes are now available in the Digital Marketplace with dedicated licenses. Frontier apps are listed in the workflow list of the browser. Not for clinical use The disclaimer Not for clinical use is displayed at the top of the screen whilst the Frontier prototype is open. This disclaimer will also be included in the series description and on the images themselves when saved. Update installed apps When you click on the Shopping Basket icon, the Installed Apps page in the Digital Marketplace is opened.  Here a list of the apps installed on your server is available. For apps that have new updates, a link Update available is provided. Click on this update link. You are directed to the corresponding application page on the Digital Marketplace. Click on the Update button to bring your installed app to the latest version.  Badge icon notification In this VB50 version, the system provides you a notification badge to inform you that: New apps are available in the Digital Marketplace Update versions are available for your installed apps Your purchased license of one of your apps will expire soon  Start PACS Ready apps When you open a case in MM Reading, all the installed OpenApps are listed in the OpenApps area. If PACS Ready does not run automatically, select the desired segment and start the process by clicking the partner software icon in the OpenApps area. You can keep working on the current case while processing is finishing in the background. If necessary, you can cancel the background process by clicking X in the upper right corner of the icon.  When the process is finished the results are shown in the Series panel.  When you click Save and Send the results will automatically be sent to the designated default PACS. OpenApps area All installed OpenApps are listed here. You can find the OpenApps tool in the Tool Gallery. You can also drag and drop the OpenApps tool to your Favorite Tools area. Series Navigator Results are shown here after the process has finished. Enable PACS Ready Technology PACS Ready Technology enables auto-processing for OpenApps applications. It can be run independently from any workflow configuration when new studies from the current day are incoming from the modality. As administrator you can enable PACS Ready Technology in the Configuration Panel: In the top right corner, click the Settings icon. In the Configuration Panel, select the OpenApps tab card. To use PACS Ready Technology, enable the Activate automatic processing on incoming studies checkbox. Please note: Not every installed app can be enabled with PACS Ready Technology. You can create multiple rules at series and study level to define the processing conditions. Automatic processing and automatic archiving can be activated for each application​. Click Apply to save the configuration. OpenApps Connector Powered by the OpenApps Connector, you can install the desired application without an Internet connection on the syngo.via client. Use any other Windows computer in the same network with an Internet connection. In the Internet browser enter the URL: http:///OpenApps A local webpage from the server opens. Click the button to start the OpenApps Connector. After the download you can run the software.  Please note : In syngo .via VB50, you can download apps from the OpenApps store if you have an account with the Reading Physician user role. ROI Auto Contour In this section you will learn how to work with the clinical tool ROI Auto Contour. The tool provides the ability to measure a lesion with assistance of auto-contouring and can be used with any modalities that support a ROI measurement. This tool is only available in MM Reading.  Select the tab arrows to learn more about ROI Auto Contour. Activate the ROI Auto Contour tool Perform a measurement Correct the measurement ROI Auto Contour audf_sv_vb50_delta_olt_sy2_roi_autocontour.mp3 Audio Script Base Layer: In this section you will learn how to work with the clinical tool ROI Auto Contour. The tool enables you to measure a lesion with the assistance of auto-contouring and can be used with any modalities that support an ROI measurement. This tool is only available in MM Reading.  Select the tab arrows to learn more about ROI Auto Contour. vid_sv_vb50_delta_olt_sy2_activate_roi_autocontour.mp3 Video Script Tab1: ROI Auto Contour is a new tool to help you measure a region of interest (ROI). This tool can measure any lesion in any region of interest with the help of auto-contouring. No license is required to be installed or purchased for this feature.   First, open an appropriate clinical case. You have two options to activate the ROI Auto Contour tool.   Option 1: Navigate to the top right corner menu of the segment where the image is displayed and select the ROI Auto Contour icon. Right-click and, from the context menu, select ROI Auto Contour properties. Make sure the checkbox Automatic Contour in Polygonal ROI is selected. This check box is only available in the MM Reading workflow.   Option 2: Navigate to the Tools area, where you can also find the icon ROI Auto Contour. Additionally, if you would like to add this tool to your Favorite Tools, just drag and drop it from the common tools area to your Favorite Tools. It is easy to see when the tool is active because the mouse cursor will change.   Another useful way to invoke the tool is to send the tool to the context menu. Right-click on the icon and select Send to context menu. vid_sv_vb50_delta_olt_sy2_measure_roi_autocontour.mp3 Video Script Tab 2: ROI Auto Contour can be performed in two ways after the tool has been activated: Keep the left mouse button pressed at the lesion position in the desired slice and the algorithm will look for the same pixel values to perform the contour of the lesion. Double-click to accept. Click multiple times to take a measurement. The system creates one starting point and proposes a yellow line until the next point according to the mouse position. When you accept the measurement, the yellow line becomes white. This functionality is available for 2D, MPR, MPR Thick, MIP Thin, MinIP Thin, and MPR/MPR images. vid_sv_vb50_delta_olt_sy2_correct_roi_autocontour.mp3 Video Script Tab 3: When the measurement has been completed, it can be corrected if necessary. Right-click the measurement and, from the context menu, choose one of the two correction tools: Correction Pen or Nudge. The Correction Pen tool helps you to include or exclude some of the desired areas for a more accurate outline of the selected lesion. By clicking you can draw a line and extend the area of the lesion or exclude any unnecessary region or regions.   The Nudge tool allows you to correct the measurement by using a circular tool and to push the line correctly around the edge of the lesion. Correct the measurement To correct the measurement, right-click on it. In the context menu, two correction tools are available: Correction Pen Nudge Perform a measurement Keep the left mouse button pressed at the lesion position in the desired slice and the algorithm will look for the same pixel values to measure the contour of the lesion. Double-click to accept. Click multiple times to take a measurement. The system creates one starting point and proposes a yellow line until the next point according to the mouse position. When you accept the measurement the yellow line becomes white. Activate the ROI Auto Contour tool You can activate the ROI Auto Contour tool: From the top right corner menu (at the same position as the ROI Polygonal tool used to be) From the Tool Gallery From the context menu if added From the Favorite Tools area if added LungCAD This section will explain the LungCAD tool in MM Reading: You will learn to: Activate the LungCAD tool Accept or reject the LungCAD findings Configure the LungCAD results Correct the measurements Manage findings Select the numbered steps below to learn more about the LungCAD tool. 1 1 1 2 2 2 3 3 3 4 4 4 5 5 5 6 6 6 7 7 7 Lung CAD Audio Script Base Layer: audf_sv_vb50_delta_olt_sy2_intro_lung_cad.mp3 In this section you will learn how to use the clinical tool LungCAD and how findings are managed. Select the numbered steps below to learn more about the LungCAD tool. Video Script Tab 3: vid_sv_vb50_delta_olt_sy2_accept_lung_cad_findings.mp3 When the system has finished calculating the detected nodules, all CAD markers will be automatically segmented and the user can then use the LCAD mini toolbar to: Navigate between the lesions using the arrows Accept or reject the lesion found with CAD Choose between lung, soft tissue or bone window for the marker at the lens Please note: The LungCAD marker location is taken as the click position. The algorithm uses this marker position to initiate the automatic segmentation. Video Script Tab 5: vid_sv_vb50_delta_olt_sy2_correct_automatic_measurement.mp3 To correct the lesion segmentation, right-click the displayed measurement box and, from the context menu, select Correction Pen. A 3D correction can be performed To delete the finding, select Delete Measurement. Video Script Tab 6: vid_sv_vb50_delta_olt_sy2_findings_management.mp3 Once the CAD marker has been accepted, a finding is created in the Findings Assistant. If a CAD marker is rejected, no finding is created, and the measurement will no longer be displayed. Configure the LungCAD results display 7 Click the Settings icon in the mini toolbar to access the settings of the LungCAD tool. Here you can change: Zoom factor of the lens Filtering of CAD markers Sorting of CAD markers The settings are applied to the current case. Once the CAD marker has been accepted, a finding is created in the Findings Assistant. If a CAD marker is rejected, no finding is created, and the measurement will no longer be displayed. Please note: The automatic quantification of the nodules integrated in the LungCAD tool is only available in the MM Reading workflow. Findings management 6 Correct the automatic measurements 5 To correct the lesion segmentation, right-click the displayed measurement box and, from the context menu, select Correction Pen. A 3D correction can be performed. To delete the finding, select Delete Measurement. Automatic nodule measurements 4 In VB50 version, the CAD markers are automatically segmented and quantified.​ Available measurements are: Diameter (maximum diameter in axial slice) Max. orthogonal diameter Mean diameter – average of (RECIST) diameter and max. orthogonal diameter. This is used for example in the LungRADS reporting guideline. Volume Average HU Accept or reject the LungCAD findings 3 Once the system has finished calculating all of the detected nodules, all CAD markers are automatically segmented and you can use the LungCAD mini tool bar. Please note: The LungCAD marker location is taken as the click position. The algorithm uses this marker position to initiate the automatic segmentation. When keywords such as ''LCAD‘’ or ‘’Caredose’’ are available in the series description of the lung series, the LungCAD algorithm runs automatically, as soon as the study is sent to syngo.via. Having preprocessing done before you open the case makes the results available faster when the MM Reading workflow is opened.  If preprocessing of the LCAD result has not yet finished or was not started until the icon was activated (due to no keyword), please wait until the progress bar stops.  Please note: In syngo.via VB50 a new LCAD algorithm is now available for the US, for solid nodules only. For the rest of the world, the new algorithm available in syngo.via version VB40 has been improved further. Start the LungCAD algorithm 2 Activate LungCAD The LungCAD tool (Computer Aided Detection) automatically detects potential lung nodules in CT images and displays the results in the LungCAD mini toolbar for evaluation. The LungCAD tool is available in MM Reading. After opening an appropriate clinical case, you can activate the tool in the Tool Gallery.  If you would like to add the LungCAD tool to the Favorite Tools area just drag and drop it from the Common Tools area to your Favorite Tools. 1 Lesion Quantification In this section you will learn how to activate and use the clinical tool Lesion Quantification and how to correct measurements. Select the tab arrows to learn more about Lesion Quantification. Activate Lesion Quantification Use Lesion Quantification Generated measurements Correct measurements Lesion Quantification Audio Script Base Layer: audf_sv_vb50_delta_olt_sy2_intro_lesion_quantification.mp3 In this section you will learn how to activate and use the clinical tool Lesion Quantification and how to correct measurements. Select the tab arrows to learn more about Lesion Quantification. Video Script Tab 2: vid_sv_vb50_delta_olt_sy2_use_lesion_quantification.mp3 Once the Lesion Quantification tool has been activated, you will notice that the mouse curser will change as displayed. The tool can be used for solid and sub-solid nodules and can be performed in two ways. Option 1: Click in the lesion. The software will perform a measurement. Option 2: Alternatively, you can draw a stroke along the lesion, thus providing the segmentation algorithm with more input to accurately segment the lesion. Using a stroke can be especially useful for mixed nodules containing solid and sub-solid components, as well as large lesions.   Correct measurements To correct the lesion segmentation, right-click the displayed measurement box and, from the context menu, select Correction Pen. A 3D correction can be performed. To delete the finding, select Delete Measurement. Generated measurements The following measurements are available with Lesion Quantification: Diameter (maximum diameter in axial slice) Max. orthogonal diameter Mean diameter – average of (RECIST) diameter and max orthogonal diameter. This is used, for example, in the LungRADS reporting guideline. Volume Average HU Use Lesion Quantification Once the Lesion Quantification tool has been activated, you will notice that the mouse cursor has changed. The tool uses the same algorithm as the MM Oncology CT lung segmentation tools Can only be used in the lung for CT images Can be used to measure solid and sub-solid lung nodules Activate Lesion Quantification In addition to the automatic lesion quantification available in the LungCAD tool, a new semi-automatic Lesion Quantification tool for lung nodules has been implemented in MM Reading. After opening an appropriate clinical case, you can activate the Lesion Quantification tool from the Tool Gallery. If desired, you can additionally add this tool to the Favorite Tools area by simply dragging and dropping it from the Common Tools area to your Favorite Tools. CT Lung Change In this section you will learn how to activate and use the clinical tool CT Lung Change.   Select the tab arrows to learn more about CT Lung Change. Activate CT Lung Change Start CT Lung Change Tool Evaluation CT Lung Change audf_sv_vb50_delta_olt_sy2_intro_lung_change.mp3 Audio Script Base Layer: In this section you will learn how to activate and use the clinical tool CT Lung Change.   Select the tab arrows to learn more about CT Lung Change. Tool Evaluation Once the calculation between the two time points has finished an image overlay is displayed. The color overlay distinguishes between: Red – increased density Blue – decreased density Select the markers on the left to learn how the color layout can be adapted. Show/Hide Click this icon to show or hide the color overlay. Evaluate Change This tool shows a lens, which allows you to see the original images, without the color overlay. Left-click and the system changes the time point of the image displayed in the lens. The study date next to the lens indicates the currently displayed time point. Start CT Lung Change When you select the tool, a pop-up window appears. The system automatically selects a series from the most recent prior case to perform the comparison. To start the processing, press the Start button.  If the automatically selected series from the prior time point is not correct, you can select another suitable series from the drop-down menu. This recalculation will be faster in syngo.via version VB50, if you select another series from the same time point, as the system reutilizes some parameters from the first automatic calculation. Two time points nessecary If just one time point is loaded the tool does not work. Progress bar A progress bar is displayed to provide feedback on how long the comparison will take. Activate CT Lung Change The CT Lung Change tool allows you to display density changes in the lung tissue in CT images based on HU differences across different time points, using a color overlay. After opening an appropriate clinical case, you can activate the tool by clicking on the CT Lung Change icon located in the Tool Gallery. The tool can now be invoked on 2D series, axial, coronal or sagittal MPR orientation (in previous version it was possible to invoke the tool from axial MPR images only). If just one time point is loaded the tool does not work. Saving eMR Series syngo.via VB50 now supports the creation of series using Save As series functionality in eMR images.  This feature is available only for eMR and not for eCT images.  This functionality allows you to have a better visualization of the saved series, in case you have overlays, for example measurements, or you have zoomed or panned the series before clicking on Save As. This applies to images in 2D image filter and in grayscale. Saving eMR Series audf_sv_vb50_delta_olt_sy2_saving_emr_series.mp3 Audio Script: syngo.via VB50 now supports the creation of series using Save As series functionality in eMR images.  This feature is available only for eMR and not for eCT images.  This functionality allows you to have a better visualization of the saved series, in case you have overlays, for example measurements, or you have zoomed or panned the series before clicking on Save As. This applies to images in 2D image filter and in grayscale. Lesion Quantification LungCAD OpenApps Spine Ranges Course Review Congratulations. You have completed the syngo.via SY MM Reading VB50 Delta Online Training. Select the objectives listed below to review the material before proceeding to the final assessment. 1 1 1 2 2 2 4 5 ROI Auto Contour 3 6 CT Lung Change Course Review CT Lung Change The CT Lung Change tool allows you to display density changes in the lung tissue in CT images based on HU (Hounsfield Unit) differences across different time points, using a color overlay. The tool can be activated via the Tool Gallery or the Favorite Tools window and used on 2D series, axial, coronal or sagittal MPR orientations. The image overlay displayed in the layout has two colors: red indicating increased density and blue indicating decreased density in comparison to the prior series. Lesion Quantification A new semi-automatic Lesion Quantification tool for lung nodules is available in MM Reading. The tool uses the same algorithm as in MM Oncology CT lung segmentation and can only be used with CT images of the lung. The tool can measure solid and sub-solid lung nodules and creates measurements such as: Diameter (maximum diameter in axial slice)​ Max. orthogonal diameter ​ Mean diameter - average of (RECIST) diameter and max orthogonal diameter. This is used for example, in the LungRADS reporting guideline.​ Volume ​ Average HU You can use the Correction Pen to correct the measurements. LungCAD The LungCAD tool automatically detects potential lung nodules in CT images and displays the results in the LungCAD mini toolbar for evaluation. The tool is available in MM Reading and can be activated from the Tool Gallery or Favorite Tools window. In version VB50 the CAD markers are automatically segmented and quantified. They can be corrected using the Correction Pen. Only once you have accepted the CAD marker, a finding is created in the Findings Assistant. ROI Auto Contour ROI Auto Contour allows you to measure a lesion with the assistance of auto-contouring and can be used with any modality that supports a ROI measurement. The tool is found in the top right corner menu or alternatively in the Tool Gallery, context menu, or Favorite Tools window. A contour can always be corrected using the Correction Pen or Nudge tool. ROI Auto Contour is only available in MM Reading. OpenApps The OpenApps Connector allows you to install a desired application without an Internet connection on the syngo.via client. Valid login credentials are needed to access the application. You can now download applications from the OpenApps store if you have an account with the Reading Physician user role. PACS-ready technology enables the auto-processing for OpenApps applications. In MM Reading all the installed OpenApps are listed inside the OpenApps tool. Spine Ranges The Spine Ranges tool can be opened in two ways: By navigating to the top left corner menu Via the Tool Gallery / Favorite Tools window The layout automatically changes once the Spine Ranges tool has been activated displaying the spine levels for each of the vertebras. You can correct the spine centerline using the green circles that are displayed in the center of the vertebras. The correction can be performed in the coronal, axial and sagittal planes. Please note that the learning material is for training purposes only! For the proper use of the software or hardware, please always use the Operator Manual or Instructions for Use (hereinafter collectively “Operator Manual”) issued by Siemens Healthineers. This material is to be used as training material only and shall by no means substitute the Operator Manual. Any material used in this training will not be updated on a regular basis and does not necessarily reflect the latest version of the software and hardware available at the time of the training. The Operator's Manual shall be used as your main reference, in particular for relevant safety information like warnings and cautions. Note: Some functions shown in this material are optional and might not be part of your system. Certain products, product related claims or functionalities (hereinafter collectively “Functionality”) may not (yet) be commercially available in your country. Due to regulatory requirements, the future availability of said Functionalities in any specific country is not guaranteed. Please contact your local Siemens Healthineers sales representative for the most current information. The reproduction, transmission or distribution of this training or its contents is not permitted without express written authority. Offenders will be liable for damages. All names and data of patients, parameters and configuration dependent designations are fictional and examples only. All rights, including rights created by patent grant or registration of a utility model or design, are reserved. Copyright © Siemens Healthcare GmbH 2020 Siemens Healthineers Headquarters\Siemens Healthcare GmbH\Henkestr. 127\ 91052 Erlangen, Germany\Telephone: +49 9131 84-0\siemens-healthineers.com Disclaimer Disclaimer Assessment This assessment will test your retention of the presented content. A passing score of 80% or higher is required to complete the course and earn your certificate. You may repeat the assessment as many times as needed. Start Assessment Sagittal, coronal, and axial Only sagittal Only coronal It is not possible to change the centerline In which planes can you correct the centerline of the spine ranges? Question 1 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct In the MM Reading workflow In all workflows Only in the MR workflow Only in CT workflows In which workflows is the ROI Auto Contour available ? Question 2 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct provides an automatic segmentation of all CAD markers found by the tool. is available on all workflows. does not have any differences compared to the prior version. does not automatically segment the CAD markers. In syngo.via VB50 version, the LungCAD tool now…? Question 3 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct Bone, lung and soft tissue Bone only Lung and soft tissue only Bone and soft tissue only Which types of windows are available in the lens of the LungCAD navigation toolbar? Question 4 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct Yes, it can be configured using the Setting icon in the LungCAD navigation toolbar. No, the zoom factor is not configurable. Zoom is automatically configured by the IT administrator. Zoom is the same as the image matrix and cannot be configured. Can you change the zoom factor of the lens when using the LungCAD tool? Question 5 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct Yes, right-click Measurement and from the context menu, select Delete Measurement. No, this is not possible. Yes, but only after the workflow is completed. Yes, but only with Administrator rights. Can you delete a Lesion Quantification measurement at any time? Question 6 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct Decreased density in comparison with the prior study. Equal density in comparison with the prior study. Increased density in comparison with the prior study. Blue color means the content is air filled. What does the blue color overlay represent when using the Lung Change tool? Question 7 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct MM Reading workflow All workflows Only dedicated CT workflows such as CT Cardiac Only when a CT lung study is loaded Which workflow includes the LungCAD, Lesion Quantification, Lung Change, and ROI Auto Contour tools? Question 8 of 8 Select the best answer. Multiple Choice Question Incorrect Incorrect Incorrect Correct Review Review Retry Assessment Results %Results.ScorePercent%% %Results.PassPercent%% Continue YOUR SCORE: PASSING SCORE: Assessment Results You did not pass the course. Take time to review the assessment then select Retry to continue. Congratulations. You passed the course. Exit To access your Certificate of Completion, select the Launch button drop down on the course overview page. You can also access the certificate from your PEPconnect transcript. You have completed the syngo.via MM Reading VB50 Delta Online Training. Completion syngo.via MM Reading VB50 [HOOD05162003118810 | 24 AUG 2020] 1.1 Welcome 1.2 Hints for Navigating this Online Training 1.3 Spine Ranges 1.4 Printing 1.5 OpenApps 1.6 ROI Auto Contour 1.7 Lung CAD 1.8 Lesion Quantification 1.9 CT Lung Change 1.10 Saving eMR Series 1.11 Course Review 1.12 Disclaimer 1.13 Assessment