syngo.via MI Cardiology Applications VB50 Delta Online Training Part 2

Continue Continue syngo.via MI VB50 Delta Online Training, Part 2 syngo.via MI Cardiology Applications VB50 Delta Online Training Part 2 In this training you will learn about new features and functionalities for the Cardiology Applications Cedars Sinai Cardiac Suite 2017 and Corridor 4DM 2018 available for the syngo.via VB50 software version. Clinical and functional enhancements of Cedars 2017 QPS/QGS 1 Clinical and functional enhancements of Cedars 2017 QBS 4 Clinical and functional enhancements of Cedars 2017 Kinetic CFR 3 General enhancements of Cedars Cardiac Suite 2017 2 Master Template HOOD05162003052540 | Effective Date: 26-Nov-2019 Clinical and functional enhancements of Corridor 4DM 2018 5 Welcome [Audio script] audf_sv_vb50_delta_olt_mi2_welcome.mp3 Welcome to the syngo.via MI Cardiology Applications VB50 Delta Online Training Part 2. In this training you will learn about new features and functionalities for the Cardiology Applications Cedars Sinai Cardiac Suite 2017 and Corridor 4DM 2018 available for the syngo.via VB50 software version for Molecular Imaging and Nuclear Medicine (PET and SPECT). Hints for Navigating this Online Training Before you start, we would like to give you a few tips on how to navigate: 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. Enjoy the course! Navigation Hints QPS/QGS 1 With the new version of Cedars Cardiac Suite 2017, clinical and functional enhancements have been made for QPS and QGS: The QGS and QPS combined application allows for both perfusion and function analysis within one application. Lung/Heart ratio and TID (Transient Ischemic Dilation) are calculated automatically. Blur and Smear was updated with the addition of a 1-5 scale. OPS Peek allows users to look at the underlying raw counts for a defect when the polar map is set to blackout/extent mode. RV quant allows for automatic quantification and analysis of the right ventricle. Cedars Cardiac Suite 2017 Cedars Cardiac Suite 2017 - QPS/QGS 1 Audio Script: audf_sv_vb50_delta_olt_mi2_cedars_combined_mode.mp3 With the new Version of Cedars Cardiac Suite 2017, clinical and functional enhancements have been made for QPS and QGS. We will now look at each of these changes. The QGS and QPS combined application allows for both perfusion and function analysis within one application. In addition, new clinical features are now available. By clicking on the Process button, the Lung/Heart ROIs are created automatically on the Raw Page. The areas within these ROIs are used to calculate the Lung/Heart ratio. If QGS+QPS matches two datasets which are labeled stress and rest, then the program automatically calculates the TID ratio from these files when it performs processing. Corrections can be made in the Manual Mode. The Blur and Smear feature have been updated with the addition of a 1 to 5 scale. The polar map QPS PEEK option allows the user to look at the underlying raw counts for a defect. When the Surface Function is set to extent, the polar map blacks out any abnormal pixel and views the underlying raw counts without needing to toggle the function menu to raw. Peek must be pressed continuously to use this option. It is not an on/off toggle. The RV quant feature allows for automatic quantification and analysis of the right ventricle. RV quant provides both RV volumes and ejection fraction. This analysis is available for both SPECT and PET. Cedars Cardiac Suite 2017 QPS/QGS 2 Select the tab arrows to learn more about further improvements for the QPS and QGS applications. Improved Contouring Algorithm New Functions added to the Manual Processing Tab New Calcium Scoring Screen Cedars Cardiac Suite 2017 - QPS/QGS 2 Audio Script Base layer: audf_sv_vb50_delto_olt_mi2_cedars_qps_qgs.mp3 Select the tab arrows to learn more about the improvements for the QPS and QGS applications. Video Script Tab 2: vid_sv_vb50_delta_olt_mi2_cedars_manual_processing.mp3 New functions have been added to the Manual Processing page. These allow the user the flexible adjustment and reorientation of the contours for reconstructed datasets. Align forces the reorientation angles to be those specified with the reorientation circles. The Clone label allows users to clone contours from one dataset to another. To the right of the Clone button you can see “1”and “2”. Clicking “1” will clone the contours from dataset 1 to the other datasets. Clicking “2” will clone the contours from dataset 2 to the other datasets. The angulation is not copied and can be adjusted manually. Please note: If 3 or 4 datasets are loaded, then those clone options are also present. Clone does not work if the Group function is active. Video Script Tab 3: vid_sv_vb50_delta_olt_mi2_cedars_calc_score.mp3 A new Calcium Scoring Screen was added to support Calcium Scoring for non-contrast CT with a patient population based on the Multiethnic Study of Atherosclerosis. This feature is activated by the existing Fusion CT license. Potential calcium lesions are highlighted automatically based on the selected calcium threshold. The left side (A) is occupied by the sidebar, containing a graph of calcium lesions for each slice, a magnified view of the area around the mouse cursor, and triangulated sagittal and coronal views. The main viewport (B) displays a transverse view of the CT dataset. The transverse slice number and the pixel density information is displayed in the top left area of the viewport. The information panel on the right (C) displays the calcium scoring quantitative details. Calcium score percentile and risk are available for selection here. New Calcium Scoring Screen A new Calcium Scoring Screen supports Calcium Scoring* for non-contrast CT with normal patient population based on MESA (Multiethnic Study of Atherosclerosis). Potential calcium lesions are highlighted automatically based on the selected calcium threshold. The left side (A) is occupied by the sidebar. The main viewport (B) displays a transverse view of the CT dataset. The information panel on the right (C) displays the calcium scoring quantitative details. *This feature is activated by the existing FusionCT license. New functions added to the Manual Processing Tab New functions added to the Manual Processing tab allow the user the flexible adjustment and reorientation of the contours for reconstructed data sets. Align forces the reorientation angles to be those specified using the reorientation circles. Clone allows users to clone the contours from one data set to another. Improved Contouring Algorithm The Contouring Algorithm has been improved to assure enhanced contouring and quantification for both PET and SPECT data: The Quality Score reprocesses bad contours automatically. Same Patient Processing (SPP) allows you to simultaneously solve LV geometry for all available data sets for the loaded study. In regions where structure cannot be definitively determined, it exploits all of the available information provided that does not introduce arbitrary inter-study inconsistencies. As a result, less operator intervention is needed. When Group is ON, data sets belonging to the same patient are processed as a pair. If more than two studies are involved, they are processed as a group. Cedars Cardiac Suite 2017 General Enhancements Select the tab arrows to learn more about improvements of the Cedars Cardiac Suite Applications. General Enhancements Enhancements for the Slice and the Splash Page Simplified Handling of the Application Defaults Editor Enhanced Data Selector New Color Scale Manager Cedars Cardiac Suite 2017 - General Enhancements Audio Script Base layer: audf_sv_vb50_delto_olt_mi2_cedars_enhancements.mp3 Select the tab arrows to learn more about improvements to the Cedars Cardiac Suite Applications. Video Script Tab 2: vid_sv_vb50_delta_olt_mi2_cedars_slice_splash.mp3 To improve the visualization and resulting of images, enhancements have been made to the Slice and the Splash page functionality: The Splash page now has a layout Dimensions option to take advantage of wide screen displays. The user is able to adjust horizontal and vertical viewports on the splash page which was previously locked into 8 x 8. The user can configure the splash dimensions in the defaults setting for all loaded datasets. Laterality Labels have been added to comply with ACR requirements. When the user activates the Orient button, the splash page displays the order of slices: apex to base for SA, septal to lateral for VLA, and inferior to anterior on HLA. New custom Measurement tools are now available which include a ruler, probe, circle, polygon, and profile option. Right click on the image to access these tools. The Annotation tools, Callout (free text with a pointer) and Label (free text), allow you to annotate in the splash display. Updates have been made to the Skip feature functionality to allow users to manually specify the slice thickness of the Splash page. If the Skip feature is set to 1.0, this represents the native slice thickness but is not displayed. If Skip is set to 2.0, it displays slices twice as thick. The absolute slice thickness/spacing is displayed in the first viewport of each axis. The LV Cover feature automatically adjusts the slice thickness so that 100% of the contoured LV is displayed on the screen. For example, a cover of 1.0 will ensure that 100% of the LV is visible on the splash page. It is similar to the skip feature but adjusts slice thickness automatically based on the number of viewports. The absolute slice thickness/spacing is displayed in the first viewport of each axis. By default, this applies to all axes. The Cover and HLA/VLA toggles allow for independent controls for SA and HLA/VLA slices. The LV Raw counts detected within the myocardium contours are now displayed in the Quant panel for each reconstructed dataset. It is displayed next to the Wall volume and can be useful for comparing counts between stress and rest. The Slice display now uses a tri-cubic (8 neighbouring pixels) interpolation instead of bi-linear (4 neighbouring pixels) to minimize ‘grid like’ display on 2D slices. Video Script Tab 3: vid_sv_vb50_delta_olt_mi2_cedars_default_editor.mp3 To simplify user preference handling, new functionalities have been included and existing feature enhancements have been made to the Application Defaults Editor: The Copy From App button captures the current settings of all controls within the application. You can change your settings such as zoom, scale, speed, or grid on the desired screens. Open the Defaults Editor and click on Copy From App. This updates the current default settings and simplifies the process of saving the user default preferences. By default, all pages now have Tool Tips activated. Tool Tips display brief descriptions for application controls when the mouse pointer hovers over them. The Tool Tips can be deactivated in the Default Editor. A new MIP Tab allows the creation of MIP raw projection files from cardiac PET and CT/CTA images to be included in the Raw Screen. This can be useful for assessing axillary nodules from a Rubidium cardiac scan as active nodules will take up the tracer. Video Script Tab 4: vid_sv_vb50_delta_olt_mi2_cedars_data_selector.mp3 The enhanced Data Selector lets you decide which series data are used for calculation. Click the drop-down triangle icon located next to the dataset selector to open the Data View Selector. Predefined dataset layout options are available. By default, the automatic selection mode is applied. Custom DataViews can be created by clicking Add Data View. A new dialog box allows you to further customize the layout. DataViews can only be edited from the Defaults Editor dialog. Custom data views can be created for any page. You can set a default data view for each page. Select the Defaults tab. The page-specific Dataview Manager allows you to add, delete, edit, reorder, reset back to factory settings, or copy DataViews from other pages. This allows you to configure quick layouts for any page. The data views are specific to each page, each default user, and each dataset type. The Data views that are not applicable are hidden for the loaded study. Video Script Tab 5: vid_sv_vb50_delta_olt_mi2_cedars_color_scale_control.mp3 The new Color Scale Manager allows you to import, export, hide, and edit color scales files. The color scales are accessed through the color bar dropdown menu by clicking the Edit button. The color scale file must be in a format recognized by the application. This action brings up the color scale manager dialog. The dialog mainly consists of a list of available color scales and a number of buttons to add, remove, export, reorder or hide color scales. A text label shows the full path of the index file. Whether a color scale is shown or hidden is stored as a user preference, meaning that while all users will see the color scales in the same order, different users may choose to only see certain color scales. New Color Scale Manager The Color Scale Control selects the color scale and color scale mapping for displayed images. The new Color Scale Manager allows you to import, export, hide, or edit color scales. Enhanced Data Selector The enhanced Data Selector now allows the user to decide which series data are used for calculation. Data View Selector custom data views can be created for any page and allow quick layout configuration for any page. Simplified handling of the Application Defaults Editor The Application Defaults Editor allows you to modify and save the most frequently used QGS and QPS parameters. To simplify the user preferences handling, new functionalities have been included and existing feature enhancements have been made: • Copy from App captures the current settings of all of the controls within the application. • The Default button simplifies the process of saving user default preferences. • Tool tips display brief descriptions for select application controls. MIP tab allows the creation of MIP raw projection files from cardiac PET and CT/CTA images, including those in the Raw Screen. Enhancements for the Slice and the Splash Page The Layout Dimensions option lets you take advantage of wide screen displays. The Skip Feature allows you to manually specify the slice thickness. The Laterality Labels / Orient button was added to comply with ACR requirements. Custom Measurement tools give you a ruler, probe, circle, polygon, and profile option. The annotation tools Callout and Label allow you to annotate in the splash display. LV Cover adjusts the slice thickness so that 100% of the contoured LV is displayed. LV Raw counts is useful for comparing counts between stress and rest. Enhanced Interpolation minimizes grid-like displays by using tri-cubic interpolation. General Enhancements A few minor changes are included in the Cedars Cardiology Application: Smart Launch automatically hides pages based on the type of dataset being loaded. Only applicable pages are displayed. With the Multi-Monitor Support / Window button, multiple windows of the same QGS+QPS instance can be launched. All secondary windows are synchronized with the primary window so that changes made to a study on the primary window are reflected in all secondary windows. The Screen Capture option now captures the entire screen, including the color bar scale. Kinetic CFR Enhancements have been made for Coronary Flow Reserve (CFR) quantification. Myocardial Blood Flow dynamic data can now be corrected even if motion is present. Using the new Manual Motion Correction option for CFR, ROIs can be manually repositioned. Track spill over factors for PET data are also provided. In addition to the PET 82Rb and 13N-NH3 tracers for myocardial blood flow, support for the SPECT Tc99m tracer is now also integrated. Cedars Cardiac Suite 2017 Cedars Cardiac Suite 2017 - Kinetic CFR Video Script: vid_sv_vb50_delta_olt_mi2_cedars_kinetic_cfr.mp3 Enhancements have been made to the Coronary Flow Reserve quantification. Myocardial Blood Flow data can now be corrected even if motion is present. Using the new Manual Motion Correction option for CFR, ROIs can now be manually repositioned. Track spillover factors for PET data are also provided. In addition to the PET 82Rb and 13N-NH3 tracers for myocardial blood flow, support for the SPECT Tc99m tracer is now also integrated. QBS Planar Gated Bloodpool images can now be processed within QBS. This new MUGA page is specifically designed to provide LV systolic and diastolic function assessment from the left anterior oblique (LAO) images. Cedars Cardiac Suite 2017 Cedars Cardiac Suite 2017 - QBS Video Script: vid_sv_vb50_delta_olt_mi2_cedars_muga_page.mp3 Planar Gated Bloodpool images can now be processed within QBS. This new MUGA page is specifically designed to provide LV systolic and diastolic function assessment from the left anterior oblique (LAO) images, or more precisely from images acquired in an orientation that provides the best possible septal separation between the LV and RV. Manual processing can be used to draw an ROI allowing users to quantify other parameters. While in Edit mode for ROIs, holding down the Shift key will change the Edit mode to Precise mode. Corridor 4DM 2018 New Functions This chapter introduces the new functions of MI Cardiology Application Corridor 4DM 2018 that are available with the syngo.via VB50 software. With the new version of Corridor 4DM 2018 clinical and functional enhancements of existing features have been made. Select the tab arrows to learn more about the new functions of Corridor 4DM 2018. New Inflammatory Workflow New Automatic Motion Correction Enhanced User Preferences Algorithm Page NM Viewer Screen User Preferences Screen Layout Dyssynchrony Screen Corridor 4DM 2018 - New Functions Audio Script: audf_sv_vb50_delta_olt_mi2_corridor.mp3 This chapter introduces the new functions of MI Cardiology Application Corridor 4DM 2018 that are available with the syngo.via VB50 software. With the new version of Corridor 4DM 2018 clinical and functional enhancements of existing features have been made. Select the tab arrows to learn more about the new functions of Corridor 4DM 2018. Dyssynchrony Screen The Dyssynchrony screen is used to assess the phases of contraction for the left ventricle. In addition, an Entropy unit can be calculated and shown in the Contractility Histogram to accurately assess patients for dyssynchrony. User Preferences Screen Layout To identify attenuation in cardiac images, it is now possible to add a Stress-Prone/Supine Stress/Supine Rest layout to the Dataset Layout Builder. The standard 4DM screens should be set to Prone in the Active Screens menu in order to view prone data correctly on all pages. This should be done for Tomo QA and MI Processing screen and for the Images and Polar Maps screen. NM Viewer Screen Corridor 4DM supports Amyloid Tc-PYP protocols on the NM Viewer Screen. The NM Viewer Screen must be activated within the User Preferences menu in the list of Inactive Screens. Using the ROI tool, two ROIs are drawn on the planar anterior image of the chest. The first ROI must cover the heart, while the second ROI needs to be set contralaterally. Both ROIs must have the same size and circle shape. To calculate the ratio, simply click the X/Y button in the toolbar. It is recommended to save the results by generating a DICOM SSC of the NM viewer. Enhanced User Preferences Algorithm Page The Algorithms preference page is used to modify parameters that track the surfaces of the left ventricle. With Image Sampling, it is now possible to resample the pixel size on reconstructed data sets to 4.8 mm or 2.4 mm. It is also possible to keep the default pixel size used to estimate the endo and epicardial surfaces. This option can help with the finer sampling of axial shortening with small hearts and provide more consistency for clinics where images are reconstructed with varying pixel size. New Automatic Motion Correction Enhancements have been made to the Coronary Flow Reserve quantification. Automatic Motion Correction, available for PET and SPECT dynamic studies, corrects the full dynamic sequence. This setting is turned on by default and the user can simply click the Heart icon to toggle it on or off. Manual correction is still possible using the Manual Motion Correction option for Coronary Flow Reserve to reposition the ROIs to particular frames if desired. New Inflammatory Workflow The Inflammatory workflow is used to measure inflammation and activity in the heart to identify the presence and extent of cardiac sarcoidosis. NM and PET attenuation maps can be used in place of the CT datasets or the CT attenuation maps for the indirect registration process. On the results page, regional and global results are provided to identify normal, infarct, and mixed tissue versus inflamed tissue, as well as quantification to compare perfusion and inflammation data sets. If FDG gated studies are used for processing, the volume of inflammation by wall and globally can be calculated in grams (1 g = 1 cm3). Clinical and functional enhancements of Cedars 2017 QBS Clinical and functional enhancements of Cedars 2017 CFR General enhancements of Cedars Cardiac Suite 2017 Clinical and functional enhancements of Cedars 2017 QPS/QGS Course Review Congratulations. You have now completed the syngo.via MI Cardiology Applications VB50 Delta Online Training, Part 2. Select the objectives listed below to review the material before proceeding to the final assessment. Clinical and functional enhancements of Corridor 4DM 2018 1 1 1 2 2 2 3 3 3 4 4 4 5 5 5 Course Review Audio Script: audf_sv_vb50_delta_olt_mi2_course_review.mp3 Congratulations. You have now completed the syngo.via MI Cardiology Applications VB50 Delta Online Training, Part 2. Listed below are the key points that have been presented. Please take the time to review the material before you proceed to the final quiz. Updates to Corridor 4DM 2018 Clinical and functional enhancements of existing features: Inflammatory Screen: NM and PET attenuation maps can be used in place of CT datasets or CT attenuation maps. Calculation of the volume of inflammation in 1 gram = 1 cm 3 . Coronary Flow Reserve Screen: The Automatic Motion Correction corrects the full dynamic sequence. NM Viewer Screen: An Amyloid Tc-PYP protocol is supported on the NM Viewer screen. Dyssynchrony Screen: An Entropy unit can be calculated and shown in the Contractility Histogram to accurately assess patients for dyssynchrony. General Enhancements: To identify attenuation in cardiac images, you can add a Stress-Prone/Supine Stress/Supine Rest layout to the Dataset Layout Builder. With the Image Sampling menu, pixel size can be resampled on reconstructed datasets to 4.8 mm or 2.4 mm or the default pixel size can be kept. Enhancements of Cedars 2017 QBS QBS Processing The MUGA page is specifically designed to provide LV systolic and diastolic function assessment from the left anterior oblique (LAO) image. Enhancements of Cedars 2017 CFR Kinetic CFR Page Myocardial Blood Flow dynamic data can now be corrected with the Manual Motion Correction option for CFR. Track spillover factors for PET data are provided. Support for SPECT Tc99m tracer is now integrated. General enhancements of Cedars Cardiac Suite 2017 The new Color Scale Manager allows you to import, export, hide, and edit color scales. With the Data View Selector, custom data views can be created and allow quick layout configuration for any page. Smart Launch automatically hides pages based on the type of dataset being loaded. The Multi-Monitor Support/ Window button supports an unlimited number of monitors. The Application Defaults Editor allows you to modify and save QGS+QPS parameters: • Copy from App captures the current settings of all of controls within the application. • Default Button simplifies the process of saving user default preferences. • Tool Tips displays brief descriptions for select application controls. • MIP Tab creates a MIP of the raw projection files from cardiac PET and CT/CTA images. Slice and the Splash Page: • The Layout Dimensions option is available to take advantage of wide screen displays. • The skip feature allows you to manually specify the slice thickness. • Custom Measurement tools are provided. • Annotation tools Callout and Label allow for annotating in the splash display. • LV Cover adjusts the slice thickness so that 100% of the contoured LV is displayed. • LV Raw counts lets you compare counts between stress and rest. • Enhanced Interpolation minimizes grid-like displays by using tri-cubic interpolation. Enhancements of Cedars 2017 QPS/QGS Clinical and functional enhancements of existing features: The QGS and QPS combined application allows for both perfusion and function analysis. The Lung/Heart ratio automatically calculates a TID (Transient Ischemic Dilation) value. With RV quant an automatic quantification and analysis of the right ventricle is implemented. The Blur and Smear feature is updated with the addition of a 1 – 5 scale. OPS Peek lets you see raw counts for a defect when polarmap is set to blackout/extent mode. New functions in Manual Processing: Align: Forces reorientation angles to be those specified with the reorientation circles. Clone: Allows users to clone the contours from one dataset to another. The Quality Score automatically reprocesses bad contours. Same Patient Processing (SPP) allows you to simultaneously solve the LV geometry for all available datasets for the loaded study. With Group, datasets from the same study are processed as a group instead of individually. The Calcium Scoring Screen enables Calcium Scoring for non-contrast CTs with normal patient populations based on the MESA (Multiethnic Study of Atherosclerosis). Potential calcium lesions will be highlighted automatically based on the selected calcium threshold. 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 The Manual Motion Correction option for CFR is provided for the Cedars Application as well as for Corridor 4DM Application. The Manual Motion Correction option for CFR is only provided for the Cedars Application. The Manual Motion Correction option for CFR is only provided for the Corridor 4DM Application. The Manual Motion Correction for CFR is provided neither in the Corridor 4DM Application nor in the Cedars Sinai Application. Which of the following is CORRECT? Question 1 of 5 Select the best answer. Multiple Choice Question Incorrect One or more answers are incorrect. Incorrect One or more answers are incorrect. Incorrect One or more answers are incorrect. Correct The Cedars Application Slice and the Splash page provide a new Layout Dimensions option to take advantage of wide screen displays. The Layout Dimensions on the Cedars Application Slice and the Splash page is always standard 8:8 size. The Cedars Application provides Custom Measurement tools for example ruler, probe, circle, polygon, and profile option. The Layout Dimensions on the Cedars Application Slice and the Splash page cannot be adjusted. Question 2 of 5 In this context, which of the following are CORRECT? (Select all that apply.) Select two (2) answers. Multiple Answer Question Correct Incorrect One or more answers are incorrect. The Cedars Application Calcium Scoring feature is activated by the existing Fusion CT license. Cedars CaScoring is supported for non-contrast CT with patient population normal based on the MESA (Multiethnic Study of Atherosclerosis). Cedars CaScoring is based on the Agatston Score. Calcium Scoring is only be supported within the Corridor 4DM Application. Question 3 of 5 Which of the following are CORRECT? (Select all that apply.) Select three (3) answers. Multiple Answer Question Correct Incorrect One or more answers are incorrect. Planar Gated Bloodpool images can now be processed with the Cedars Application. Planar Gated Bloodpool images can be processed within QPS. The MUGA page is specifically designed to provide LV systolic and diastolic function assessment from the left anterior oblique (LAO) image. The MUGA page is specifically designed to provide RV systolic and diastolic function assessment from the left posterior oblique (LPO) image. Question 4 of 5 Which of the following are CORRECT? (Select all that apply.) Select two (2) answers. Multiple Answer Question Correct Incorrect One or more answers are incorrect. An Amyloid Tc-PYP protocol is supported on the Slice Page in the Cedars QPS Application. To identify attenuation in cardiac images the Corridor 4DM Application provides a layout of Stress-Prone/Supine Stress/Supine Rest in the Dataset Layout Builder. An Amyloid Tc-PYP protocol is supported on the NM Viewer screen in Corridor 4DM. The automatic TID (Transient Ischemic Dilation) calculation is only possible with the Corridor4D Application. Question 5 of 5 Which of the following are CORRECT? (Select all that apply.) Select two (2) answers. Multiple Answer Question Correct Incorrect One or more answers are incorrect. 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 MI Cardiology Applications VB50 Delta Online Training, Part 2. Completion syngo.via MI Cardiology Applications VB50 [HOOD05162003114650 | 11 AUG 2020] 1.1 Welcome 1.2 Navigation Hints 1.3 Cedars Cardiac Suite 2017 - QPS/QGS 1 1.4 Cedars Cardiac Suite 2017 - QPS/QGS 2 1.5 Cedars Cardiac Suite 2017 - General Enhancements 1.6 Cedars Cardiac Suite 2017 - Kinetic CFR 1.7 Cedars Cardiac Suite 2017 - QBS 1.8 Corridor 4DM 2018 - New Functions 1.9 Course Review 1.10 Disclaimer 1.11 Assessment