IMMULITE® 1000 Immunoassay System Quality Control Online Training

Welcome to the IMMULITE® 1000 Immunoassay System Quality Control Online Training course.  This course introduces you to processing quality control material.   Controls are run to: Determine adjustment validity Verify reagent and beads viability Select Next to continue. Describe how to view QC results Identify areas of the Control Entry screen used to enter QC data List the steps to process quality control Upon successful completion of this course, you will be able to: Select Next to continue. Congratulations. You have completed the IMMULITE 1000 Immunoassay System Quality Control Online Training course. Listed below are the key points that have been presented. Take time to review the material before you proceed to the final quiz. Key Points: In this online training course, you learned how to: Identify areas of the Control Entry screen used to enter QC data Control Identification:  Area of the screen where the control name, source, lot number, and expiration date are entered.  The test names and control levels defined for each control are also displayed here. Target values:  Area of the screen where mean and standard deviation information is entered.  The low and high limits are automatically calculated when calculate range is selected. Add New Control button: Selected to add information for a new control lot. Edit Control button:  Selected to change the identification information and target values for an existing control. Save Control button:  Selected to save any changes made on the Control Entry screen. List the steps to process quality control   Select the Worklist button. Select the Control button. Enter the appropriate information in the available fields. Select the Accept button. Load the control sample cups and test units on the load chain. Describe how to view QC results   Select QC and then Graphs. The target mean and standard deviation are based on the information entered on the Control Entry screen. The actual mean and standard deviation are based on the actual results of the selected assay. Select Next to continue.   In the chapter “Emergency diagnostics of stroke”, you have learned that the outcome is greatly affected by rapid and precise diagnosis. In the emergency situation, the patient's status is determined first, and vital body functions are stabilized. After that, the diagnosis of stroke must be confirmed as rapidly as possible. A cursory physical examination is intended to detect typical symptoms of stroke. CT and MR imaging play a central role in emergency diagnostics. The selection of the right treatment requires determining whether the patient suffers from an ischemic infarction or a cerebral hemorrhage, the location of the damage, and its extent. Modern CT-based and MRI-based angiography and perfusion imaging facilitate a differentiated diagnosis of the blood supply to the brain. The Control Entry screen allows you to identify control material run on the IMMULITE 1000 system. To access the Control Entry screen: Select QC from the Horizontal Toolbar  Select Control Entry from the QC window Control Entry Screen Learn about the Control Entry screen. Base ImageHotspotsText BlocksImage FileThe Control Identification area of the screen is where the control name, source, lot number, and expiration date are entered.  The test names and control levels defined for each control are also displayed here.Target values are entered here.  The low and high limits are automatically calculated when the Calculate Limits button is selected.  The Save Control button is used to save any changes made on the Control Entry screen. The Edit Control button is selected to change the identification information and target values for an existing control. The Add New Control button is selected to add information for a new control lot. The Add New Test and Add New Level buttons are used to add tests and control levels to existing control definitions. En esta sección aprenderemos sobre la trayectoria de los tubos de muestra, las ordenes de prueba y los resultados que se producen durante la trayectoria en el sistema ADVIA 1800, VersaCell X3 y la LIS. Durante la trayectoria del tubo, el brazo del robot escanea el código de barras del tubo y lo transfiere a la rueda de interfaz. El sistema VersaCell X3 envía la orden al ADVIA 1800. Luego, su cánula de dilución aspira la muestra del tubo que se encuentra en la rueda de la interfaz para el procesamiento. Cuando dicho tubo ya no es necesario en la rueda, el brazo del robot lo devuelve al cajón. El ADVIA 1800 procesa la muestra y envía el resultado al VersaCell X3. Este luego lo envía a la LIS. Seleccione el enlace de abajo para ver cómo se produce la conexión entre los sistemas VersaCell X3 y ADVIA 1800. Before running new controls on the system, the control material must be identified in the software.  The following information can be entered for a control: Control Name Control Source Control Lot Number Expiration Date Test Names Control Levels Target Values New Control Entry Learn how to enter a new control. Instructions:If media does not automatically start, select the play arrow to beginFlash File:/content/generator/Course_90005445/sim_IM1_EnterNewControl_9Rev/sim_IM1_EnterNewControl_9Rev.swfHTML5 File:/content/generator/Course_90005445/sim_IM1_EnterNewControl_9Rev/index.htmlPDF File: There are times when information may need to be changed for an existing control already defined in the software. The following changes can be made to an existing control definition: Edit identification information Edit target values Add new tests Add new levels Edits to Existing Controls Learn how to edit an existing control. Instructions:If media does not automatically start, select the play arrow to beginFlash File:/content/generator/Course_90005445/sim_IM1_EditExistingControl_9/sim_IM1_EditExistingControl_9.swfHTML5 File:/content/generator/Course_90005445/sim_IM1_EditExistingControl_9/index.htmlPDF File: The treatment of acute ischemic stroke is guided by the motto “time is brain”. In each minute that passes between the patient’s arrival at the hospital and the start of treatment, brain cells die. The so-called door-to-needle time should therefore not exceed 60 minutes. The goal of specific treatment is to revascularize the affected vessel as rapidly as possible and thereby to restore perfusion in the brain. The most common procedure used for this purpose is systemic thrombolysis, which is administered intravenously (hence the term door-to-needle). Before such a treatment can be started, however, physicians must ensure that the patient’s vital functions are stable, which is the objective of basic treatment. To process controls: Identify the control sample cups in the Worklist Entry screen Load the control sample cups and test units on the load chain Note: The control sample cups must be identified in the Worklist Entry screen before the control sample cups are read at the barcode reader . Control Loading Learn how to load controls. To load the control samples, transfer the control material to the appropriate sample cup according to the information that was programmed into the Worklist Entry screen for the controls.  Place the sample cup on the load chain followed by test unit(s) for each test that needs to be run for that control.  Up to five test units can be placed immediately behind each sample cup. When complete, select the X in the upper-right corner to close the window and continue.   Control Sample Identification Learn how to identify control samples. Instructions:If media does not automatically start, select the play arrow to beginFlash File:/content/generator/Course_90005445/sim_IM1_IdentifyControlSamples_9/sim_IM1_IdentifyControlSamples_9.swfHTML5 File:/content/generator/Course_90005445/sim_IM1_IdentifyControlSamples_9/index.htmlPDF File: Control data can be reviewed by accessing the QC Graphs screen.  The information displayed on this screen includes: QC results QC graphs Target statistics (mean and SD) Actual statistics (mean, SD, and CV) To access the QC Graphs screen: Select QC from the Horizontal Toolbar Select Graphs from the QC window   QC Graphs Learn how to view data on the QC Graphs screen. Instructions:If media does not automatically start, select the play arrow to beginFlash File:/content/generator/Course_90005445/sim_IM1_QCGraphs__9/sim_IM1_QCGraphs__9.swfHTML5 File:/content/generator/Course_90005445/sim_IM1_QCGraphs__9/index.htmlPDF File: