PEPconnect

teamplay X-ray Dashboard EXI Video

Watch the video to learn more about the teamplay X-ray Dashboard EXI.

Team play X-ray dashboard offers two analysis tabs. The rejection analysis and the EXI analysis. With this video we will focus on the Exi, the exposure index analysis tab within team Play Xray Dashboard. I am Steffen from Siemens Healthineers education team and let's get started. Please make sure that you are locked into teamplay within your institution. For all questions regarding settings and configuration, please approach your IT administrator in the institution. Navigate to the main menu and select team play X-ray dashboard. In the top section please select Exi analysis for exposure index. The layout of the page is analog to the one of the rejection analysis. Here you will see all your filter options that have been set in the selection bar. On the left side you have your general filter options with the examination date, which I'm going to set to the month of August. And as you can see, this election is already shown in the selection bar. And then you can filter by body part by your organ program by the operator names where you have to bear in mind that this is only available in certain countries and only with the right data privacy settings and by your modality system. The exposure index analysis page helps you to analyze exposure index values of different organ programs used for performing your X Ray examinations. You can modify the organ program if you notice significant deviations in the exi value. Or you can go ahead and check for other reasons. For example, system stability, manual selection of exposure, para meters, etc. The analysis of EXE I values and thus process improvements help reducing radiation exposition and improving the quality of X Ray exams. The difference to the rejection analysis on this page is that not only rejected images are displayed, but all images that are used as diagnostic images throughout your clinical routines. It gives you the possibility to look at the exposure index of all your images via the clinical exi. The deviation index and the target Exi. The target EXE I resembles the image receptor dose per organ program. If you reach that value, the exposure was properly reached and no under or over exposure has occurred. The target EXE I value is read from the protocols of your connected systems. Any changes to the value have to be made directly in your connected system. In the bar chart you can switch between organ program and body part. Here all examinations are displayed, but the main interest will be the outliers. For over or under exposure. I will go ahead with one example how you can use this chart. In my case, I will select a specific body region where the outliers are quite high. For example, the chest, body region. I confirm my selection by hitting the check Mark. Now I can switch to the Oregon program for a deeper analysis of the reasons for the outliers. And I will see, for example, that the organ program chest in bed is also one of the main reasons for the outliers. For the body region of chest. And if I think one step further, I will notice that chest in bed. Is 1 organ program where I do not have any automatic exposure control on my system, so the technician is responsible for setting the dose. Additionally, we can see that the chest in bed organ program has been performed by a mobile system. While a different organ program has been performed by a stationary system, for example, the Ezo, which offers the protocols with an automatic exposure control. The respective line chart on the right side will show you the variation of the clinical Exi over a period of time. It is changed according to the selected filters. For example, for the specific body part or organ program. Another example. Will be started by resetting the filters and switching back to body part and selecting another. Outlier intensive body part which is the knee. I again confirm my settings and switch to the Oregon program. The information can now for example be used in order to adapt certain protocols where the average exposure is higher than the target. And the spread of the outliers is also higher. In the table below the grass you will see each and every examination with the according details. A nice feature is here that you can export this data as an image as a PDF, or as exporting the data via an Excel file, for example. Additionally, you can go ahead and sort your list according to any of the. Entries either descending or ascending. For example, the deviation index can be sorted from highest to lowest and give you an impression of how big your over or under exposure really is for the different examinations.

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  • teamplay
  • xray
  • dashboard
  • modality teamplay
  • dashboard
  • exi
  • xray analysis
  • xray
  • tp