IMMULITE® 2000 XPi Immunoassay System Overview Online Training

Welcome to the IMMULITE® 2000 XPi System Overview Online Training course. This training course introduces you to: The location and function of the main components of the system How to navigate through the system software Select Next to continue. Identify and locate consumables Locate system components and identify the function of each component Navigate the Home Screen, Bead and Reagent Screens, Help Screen, and the LIS Screen Upon successful completion of this course, you will be able to: Select Next to continue. Congratulations. You have completed the MMULITE 2000 XPi System Overview 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:   Locate and identify the function of the following top cover parts:         Reagent Carousel Cover - Opening the reagent carousel cover allows you to load and unload reagent wedges                      Bead Carousel Cover - Opening the bead carousel cover allows you to load and unload bead packs Rack Loader -  Used to load and remove sample racks without pausing the system Sample Pipettor Door - Allows you to troubleshoot sample pipettor errors, such as clots                                        DRD Priming / Substrate Reservoir Door - Used to view the DRDs during priming and to load substrate onto the system                                      Monitor Arm - Includes the touch screen monitor, keyboard, mouse, USB drive, CD/DVD drive, and hand-held 2D barcode scanner Locate and identify the function of the following interior parts: Sample Carousel - Holds up to six racks with up to 15 tubes of varying sizes per rack                                          Reagent Carousel - Holds up to 24 reagent wedges and is refrigerated Pipettors - Dispenses sample and reagent Sample Dilution Well - Mixes specified quantities of specimen, diluent, and water DRDs - Pumps that move sample and reagent Water Pump - Dispenses water into a reaction tube at the bead/tube wash station Substrate Pump - Dispenses 200 µL of substrate into a reaction tube                                               Bead Carousel - Holds up to 24 bead packs and is dehumidified Tube Processor - Includes the Incubator, Bead/Tube Wash Station, Luminometer, and PMT Locate and identify the function of the following consumables (supplies needed to run tests on the system): Substrate Reservoir - Holds up to 1000 tests worth of chemiluminescent substrate Water Bottle - Holds up to 6 liters of distilled or deionized water Probe Wash Bottle - Holds up to 2 liters of prepared probe wash that is used to wash the sample and reagent pipettors Solid Waste Container - Collects the used reaction tubes after they are read by the PMT Liquid Waste Bottle - Collects waste fluids from the pipettor wash wells, dilution well, and the bead/tube wash station Tube Hopper - Holds up to 1300 reaction tubes Navigate the following main software screens: Home Screen - Displays a representation of the sample, reagent, and bead carousels Bead and Reagent Screens -  Used to check the status of the reagent wedges, allergen wedges, and bead packs onboard the system Help Screen -  Provides information about the operation of the system and its software LIS Screen - Used to send results to the LIS manually  Select Next to continue. A WASH 3 ou lavagem de inicialização só é necessária se o analisador estiver inativo por mais de 4 horas. Esta lavagem utiliza apenas água deionizada para lavar as probes, as cubetas de reação e de diluição. A lavagem de inicialização pode ser programada para ser executada automaticamente após a lavagem de finalização da rotina. The IMMULITE 2000 XPi System top cover parts include the following: Reagent Carousel Cover                      Bead Carousel Cover Rack Loader Sample Pipettor Door                                        DRD Priming / Substrate Reservoir Door                                        Monitor Arm                                                                                                                                                                                     Top Cover Parts Learn about the top cover parts. Base ImageHotspotsText BlocksImage File Bead Carousel Cover: Opening the bead carousel cover allows you to load and unload bead packs.  If this door is opened while the system is in Run mode, the system will automatically be put into bead pause mode.  In this mode, the bead carousel is paused but tests that have already been pipetted will continue processing.  Reagent Carousel Cover : Opening the reagent carousel cover allows you to load and unload reagent wedges.  If this door is opened while the system is in Run mode, the system will automatically be put into reagent pause mode.  In this mode, the reagent carousel is paused but tests that have already been pipetted will continue processing.    Sample Pipettor Door: The sample pipettor door allows you to troubleshoot sample pipettor errors, such as clots.  If this door is opened while the system is in Run mode, the system will automatically be put into sample pause mode.  In this mode, the sample carousel is paused but tests that have already been pipetted will continue processing.  DRD Priming / Substrate Reservoir Door: The DRD priming / substrate reservoir door allows you to view the DRDs during priming and to load substrate onto the system.  If this door is opened while the system is in Run mode, the system will not be put into a pause mode.   Monitor Arm:  The monitor arm includes the touch screen monitor, keyboard, mouse, USB Drive, CD/DVD drive, and a hand-held 2D barcode scanner. Rack Loader: The rack loader is used to load and remove sample racks without pausing the system.  Lights to the left of the rack loader door indicate when the system is ready to load a new rack.   Antes de utilizar um novo lote de calibradores você deve escanear o cartão de Definição do Calibrador localizado no kit de calibração. Este cartão proporciona valores de calibrador para cada analito tanto nos de baixa quanto nos de alta concentração. O cartão de Definição da Calibração pode ser escaneado a qualquer momento.   The IMMULITE 2000 XPi System interior parts include the following: Sample Carousel                                          Reagent Carousel Pipettors Dilution Well DRDs (Dual Resolution Dilutors) Pumps                                                Bead Carousel Tube Processor   Parts Inside the System Learn about the parts inside the system. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Sample Carousel Holds up to six racks Holds up to 15 tubes of varying sizes per rack Barcoded and unbarcoded tubes can be used      Select Next to continue.                           Note: If audio does not automatically start, select the play arrow in the top left to begin.The sample carousel holds six removable racks. Each rack holds up to 15 specimen or diluent tubes of varying sizes. Both barcoded and unbarcoded tubes can be run on the sample carousel. Select Next to continue.2 Reagent Carousel Holds up to 24 reagent wedges Refrigerated Reagent wedges can be stored onboard   Select Next to continue. The reagent carousel holds 24 reagent wedges or allergen wedges. Since the reagent carousel is refrigerated, reagent wedges can be stored on the system. Select Next to continue.3Pipettors / Dilution Well Reagent Pipettor    Dispenses reagent   Sample Pipettor Dispenses sample Clot detection transducer  Sample Dilution Well     Mixes specified quantities of specimen, diluent, and water The sample probe dispenses the materials into the well and then transfers the diluted sample to a reaction tube         Select Next to continue. Select the number to review the corresponding text.CalloutsReagent PipettorSample PipettorSample Dilution Well The reagent pipettor dispenses reagent onto the bead in the reaction tube, while the sample pipettor dispenses sample also onto the bead in the reaction tube. The sample probe has a clot detection transducer, which allows for an error message to be generated when a clot is detected in a sample tube. The sample dilution well mixes specified quantities of specimen, diluent, and water to form a homogenous mixture. The sample probe dispenses the materials into the well for mixing. After the diluted sample is pipetted into the reaction tube, the dilution well insert is spun at a high speed, discarding the unused portion of the diluted sample. Select Next to continue. 4DRDs (Dual Resolution Dilutors) / Pumps DRDs The DRDs are pumps that move sample and reagent Pumps The water pump dispenses water into a reaction tube at the bead/tube wash station The substrate pump dispenses 200 µL of substrate into a reaction tube Select Next to continue.Select the number to review the corresponding text.CalloutsSample DRDReagent DRDSubstrate PumpWater PumpThe sample and reagent DRDs are pumps that move sample and reagent to the pipettors. DRD stands for dual resolution dilutor. The water pump accurately dispenses water into a reaction tube at the bead/tube wash station. The substrate pump dispenses 200 µL of substrate from the substrate reservoir into a reaction tube. 5 Bead Carousel Holds up to 24 bead packs Dehumidified chamber Bead packs can be stored onboard     Select Next to continue. The bead carousel is a dehumidified carousel that holds 24 bead packs. Select Next to continue.6Tube Processor The tube processor consists of the incubator, wash station, luminometer and PMT. Incubator Immune and luminogenic reactions incubate Reaction tubes continually agitate at 37°C Bead/Tube Wash Station Washes and spins the bead after immune reaction Substrate Probe Substrate probe adds substrate to the reaction tube  Luminometer Tubes incubate after the addition of substrate at 37°C  Chemiluminescent reaction occurs uminom   PMT (Photomultiplier Tube) Measures the photon counts of the chemiluminescent reaction Select Next to continue.      Select  the number to review the corresponding text.CalloutsIncubatorBead/Tube Wash StationSubstrate ProbeLuminometerPMT (Photomultiplier Tube)The tube processor consists of the incubator, wash station, luminometer and PMT. The incubator is the device where the immune and luminogenic reactions take place. Reaction tubes are continually agitated at 37°C during these processes. The bead/tube wash station washes and spins the bead after the immune reaction to remove any residual unbound reagent and sample, and then the substrate pump adds the substrate. After the addition of substrate, the reaction tubes are incubated in the luminometer, where the chemiluminescent reaction occurs. The PMT, or photomultiplier tube, measures the photon counts. Select Next to continue.7 Wrap-Up You have just learned about the function of each of the system interior parts: Sample Carousel                                            Reagent Carousel Pipettors Dilution Well DRDs Pumps                                                  Bead Carousel Tube Processor     When complete, select the X in the upper-right window and continue.Select the number to review the corresponding text.  CalloutsSample CarouselReagent CarouselPipettorsDilution WellDRDsPumpsBead CarouselTube ProcessorYou have just learned about the function of each of the system interior parts. Select the X in the upper-right window and continue. The IMMULITE 2000 XPi System consumables are supplies needed to run tests on the system.  They include the following: Substrate Reservoir Water Bottle Probe Wash Bottle Solid Waste Container Liquid Waste Container Tube Hopper Consumables Learn about the consumables. Base ImageHotspotsText BlocksImage File Substrate Reservoir: The substrate reservoir holds up to 1000 tests worth of chemiluminescent substrate.  Water Bottle: The water bottle holds up to 6 liters of distilled or deionized water.  Probe Wash Bottle: The probe wash bottle holds up to 2 liters of prepared probe wash that is used to wash the sample and reagent pipettors.  Solid Waste Container: The solid waste container collects the used reaction tubes after they are read by the PMT.  Liquid Waste Bottle: The liquid waste bottle collects waste fluids from the pipettor wash wells, dilution well, and the bead/tube wash station.  Tube Hopper: The tube hopper holds up to 1300 reaction tubes.  The reaction tubes are vessels in which sample, reagent, bead and substrate are brought together for analysis. Bem Vindo ao treinamento online "VIsão Geral do Software do ADVIA Chemistry mil e oitocentos". Este treinamento irá familiarizá-lo com o software do sistema. Será abordado como fazer login no software e os principais recursos do painél de operações, do menu e do guia do operador on-line. Selecione Next para ver os objetivos do curso. Now let's take a look at the most commonly used software screens on the IMMULITE 2000 XPi System. They include the following: Home screen Bead/Reagent screen Help screen LIS screen  Select Next to continue. Agora, vamos discutir os painéis do software do ADVIA ® mil e oitocentos. Quando o sistema estiver operacional, os painéis de software estarão sempre visíveis no topo da tela. Existem dois painéis distintos, o painel de operação e o painel menu. O operador utiliza o painel de operação para executar atividades e o painel menu, para visualizar os dados e inserir informações. Veja o Painel operacional e o Menu. Quando terminar, selecione Next para continuar. The IMMULITE 2000 XPi System Home screen displays the following: Horizontal Toolbar Vertical Toolbar Consumables Indicators Sample Racks Reagent Carousel Bead Carousel Instrument / Results View Home Screen Learn about the Home screen. Base ImageHotspotsText BlocksImage File Horizontal Toolbar: The horizontal toolbar provides quick access to commands or screens used in routine instrument operation as well as tools for data management.      Vertical Toolbar: The vertical toolbar directly affects instrument operations.  The top three buttons are used to put the system into RUN, PAUSE, or STOP mode.  The PRIME button can be used to prime the DRDs and the COVER button is used to unlock the top cover of the system.  Consumables Indicators: The consumables indicators display the instrument fill-levels for water, probe wash, substrate, the tube hopper, and liquid and solid waste.  Sample Racks: The sample racks that are onboard are displayed.  The arrow button adjacent to each sample rack is used to eject the rack from the sample carousel. Sample racks are color-coded to indicate their status: Red = Error Gray with identifier = Sample rack in position without errors Gray without identifier = No rack present Reagents Carousel: The reagents wedges that are onboard are displayed.  In addition to the test codes, the reagent lot number is displayed on the reagent wedges.  Also, the reagent wedges are color-coded to indicate their status: Red = Error Yellow = Warning White = OK to Run  Beads Carousel:  The beads packs that are onboard are displayed.  In addition to the test codes, the bead lot number is displayed on the bead packs.  Also, the bead packs are color-coded to indicate their status: Red = Error Yellow = Warning White = OK to Run  Find Button: The FIND button offers sample search capabilities.  You can search by accession number, name, and test type for a tube's location on the system.  Instrument / Results View: The instrument view displays consumables errors.  The area of the system that has a consumables error will display in yellow or red, indicating a warning or an error.  Selecting on the tab to the right of this icon, allows you to switch between the instrument and the results view.  The results view displays the 200 most recent test results. A scroll bar will appear to the right of the box if there are more results than can be displayed at one time in the box. The Information Processing Unit, or IPU, runs on a Windows XP platform and manages all sample processing on the Sysmex CS-2000i system. This includes Ordering assays, Viewing results, Calibration, QC, Settings information, Reagent information, and Assay information. The Display screen is a touch screen but can be operated using the keyboard and mouse. The IMMULITE 2000 XPi System Bead and Reagent screens are accessed by selecting the bead pack and reagent wedge icons on the Home screen. The Bead and Reagent screens are used to check the status of the following: Reagent wedges Allergen wedges Bead packs Bead / Reagent Screen Learn about the Bead and Reagent screens. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Overview of Reagent Screen The Reagent Status screen displays the status of all allergen wedges and reagent wedges on the reagent carousel. The information displayed in the Reagent Status screen includes:   Reagent wedge test codes or allergen wedge IDs Allergen vial status for each allergen wedge Reagent wedge lot numbers Error messages Adjustment status Number of tests remaining in each compartment of a reagent wedge Wedge positions on the reagent carousel      Select Next to continue.    Note: If audio does not automatically start, select the play arrow in the top left to begin.The Reagent Status screen displays the status of all allergen wedges and reagent wedges on the reagent carousel. Each wedge on the reagent carousel is represented by a square in the Reagent Status screen. Wedges are displayed alphanumerically by test code, not by their positions on the reagent carousel. On allergen wedge squares, allergen vial status is indicated in fields labeled 1 through 6, to represent the positions of allergen vials in the allergen wedges. Select Next to continue.2Overview of Bead Screen The Bead Status screen displays the status of all bead packs on the bead carousel. The information displayed in the Bead Status screen includes:           Bead pack names Bead pack lot numbers Error messages Number of tests remaining in bead packs  Bead pack positions on the bead carousel             Select Next to continue. The Bead Status screen displays the status of all bead packs on the bead carousel. Each bead pack on the bead carousel is represented by a square in the Bead Status screen. Bead packs are displayed alphanumerically by test code, not by their positions on the bead carousel. Select Next to continue.3Background Colors On the Reagent and Bead Status screens, the status of each position is indicated by the color of its square: White = No errors Gray = Empty position Light brown = Warning Red = Error Condition     Select Next to continue. On the Reagent and Bead Status screens, the status of each position is indicated by the color of its square. White indicates no errors, gray indicates an empty position, light brown indicates a warning such as low tests or adjustment due, and red indicates an error condition such as never adjusted or not in database. Select Next to continue.4Viewing Details Details for reagent wedges and bead packs can be viewed in the Reagent Detail or Bead Detail screen. The information in these screens include:  The lot numbers for that kit Expiration and Use by dates Adjustment information A list of errors that have occurred for that reagent wedge or bead pack Select Next to continue. CalloutsReview Button When the system is in Pause or Stop mode, select the Rotate button at the top of the screen to open the Reagent or Bead detail screen. The button changes to the Review button. Then, select the square corresponding to the reagent wedge or bead pack to be viewed. The Reagent or Bead Detail screen displays. To display the Reagent or Bead Detail screens while the instrument is in Run mode, select the square for the reagent wedge or bead pack in the Reagent or Bead Status screen. Select Next to continue.5Wrap-Up You have just learned about the Bead and Reagent screens. These screens are useful for viewing information about the onboard bead packs and reagent wedges, including: Adjustment status Number of tests left Lot numbers Error messages When complete, select the X in the upper-right window and continue.You have just learned about the Bead and Reagent screens. These screens are useful for viewing information about the onboard bead packs and reagent wedges, including adjustment status, number of tests left, lot numbers, and error messages. Select the X in the upper-right window and continue. Os seguintes procedimentos de manutenção podem ser necessário para manter seu ISE funcionando da melhor maneira: limpeza das linhas ISE, condicionamento dos eletrodos, substituição de um eletrodo e limpeza do dilution bowl. Selecione Next para continuar. The IMMULITE 2000 XPi System LIS screen is accessed by selecting the LIS button on the horizontal toolbar.  If the system is not configured to send results automatically, the LIS screen can be used to send results to the LIS manually.  Also, the LIS screen can be used to view and search for results. LIS Screen Learn about the LIS screen. Base ImageHotspotsText BlocksImage File Auto Send and Re-Send Buttons: The Auto Send and Re-Send buttons at the top of the screen are used to send results to the LIS.  The Re-Send button is used if a result already has a sent status. Note that the Auto Send button will change to a Send button if the system is not configured to automatically send results to the LIS. LIS Worklist Area: In the main area of the LIS screen, a list of pending orders and results is displayed.  Results are selected to be sent to the LIS or cleared by tagging them.  Individual results can be tagged by selecting them on the screen, or all the results can be tagged by selecting the Tag All button.  Sort By Button: The Sort By button is used to select a date range for the data.  This option also determines the order that the records are sorted by. LIS Active Button:  If the LIS is not communicating with the IMMULITE 2000 XPi System, you may want to pause communications while troubleshooting the problem.  Selecting the LIS Active button toggles the button to LIS Paused.  This temporarily pauses communication with the LIS.  Select the LIS Paused button again once the LIS is back in service.   Re-Query Button: The Re-Query button on the LIS screen provides on demand polling of the LIS for new orders. The system does not need to be paused to have the barcodes reread in order for requery to occur.  The records are color-coded by status:  Red = Invalid Result    Green = Tagged Result    Black = Not Tagged    Grey = Sent Result   The IMMULITE 2000 XPi  System Help screen is accessed by selecting the HELP button on the horizontal toolbar.  This screen provides information about the operation of the system and its software. Help Screen Learn about the help screen. Instructions:If media does not automatically start, select the play arrow to begin.Flash File:/content/generator/Course_90003510/sim_IMMXPi_NavigatingHelp_9/sim_IMMXPi_NavigatingHelp_9.swfHTML5 File:/content/generator/Course_90003510/sim_IMMXPi_NavigatingHelp_9/index.htmlPDF File: