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ADVIA® Chemistry XPT System Reagent Management Online Training

Store, prepare, and load system assay and ancillary reagents. Use the Reagents workspace to manage system inventory.

Welcome to the ADVIA® Chemistry XPT System Reagent Management Online Training course.  In this course you will learn how to manage the reagent inventory window, identify and load the different types of reagents on the system, prepare assay and ancillary reagents, and store reagents properly, all to support accurate reagent management. Select Next to continue.   Differentiate between reagent types List the steps for reagent preparation Navigate the Reagents workspace State the reagent storage requirements Upon successful completion of this course, you will be able to: Select Next to continue. VB22 MI Applicationsオンライントレーニングをご利用いただき、ありがとうございます。 このトレーニングでは、​SPECT/CTおよびSPECTシステム向けにVB22ソフトウェアバージョンで導入されている新しい機能と機能強化について学習します。  注記:機能強化の説明は、対象分野に従って構成されています。目次エリアから、目的のモダリティに関する説明に直接アクセスできます。 Congratulations. You have completed the ADVIA Chemistry XPT System Reagent Management 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.  Navigate the Reagents workspace Inventory: Combined Reagent, Calibration and Quality Control status, On board stability and expiration date. RRT1 Status: Individual test volumes, lot number, and barcode number for Reagent Tray Table 1 RRT2 Status: Individual test volumes, lot number, barcode number for Reagent Tray Table 2 Note: Columns backlit in either yellow or red in the inventory window require operator attention. Differentiate between reagent types The ADVIA Chemistry XPT System uses two types of reagents: Assay reagents -  Processing sample tests Ancillary reagents -  Contamination prevention, sample dilution, electrolyte testing, and maintaining the reaction tray Reagent Tray Turntable 1 (RTT1) 60 refrigerated positions Positions 1-56 are used for assay reagents Positions 57-60 are used for ancillary reagents Barcode reader (RBC-1) used for reagent scans Ancillary Reagents RTT1 position 57 Reagent Probe Wash 1 (100%) RTT1 position 58 Reagent Probe Wash 2 (100%) RTT1 position 59 20% Probe Wash 0 (PW 0) - Daily shutdown wash 5% Reagent Probe Wash 3 - Weekly shutdown wash RTT1 position 60 De-ionized water Reagent Tray Turntable 2 (RTT2) 56 refrigerated positions Positions 1-52 are used for assay reagents Positions 53-56 are used for ancillary reagents Barcode reader (RBC-2) used for reagent scans Ancillary Reagents RTT2 position 53 Reagent Probe Wash 1 (100%) RTT2 position 54 Reagent Probe Wash 2 (100%) RTT2 position 55 20% Probe Wash 0 (PW 0) - Daily shutdown wash 5% Reagent Probe Wash 3 - Weekly shutdown wash RTT2 position 56 De-ionized water   The Ancillary Reagent Shelf, left fluids door, left lower panel and lamp coolant reservoir store ancillary reagents. They include: ISE Buffer 2 Pure Water Reaction (RRV) Bath Oil Saline Cuvette Detergent Cuvette Conditioner ISE Baseline Solution Lamp Coolant These reagents are necessary to: Clean the probes Clean the wash stations Clean the cuvettes Dilute samples Maintain the level of the reaction bath Analyze ISE assays Calibrator/Control Tray (CTT) Ancillary reagents also reside on the Calibrator/Control Tray (CTT). These solutions are used during the Shutdown Wash maintenance procedure and are loaded on the CTT in tubes and sample cups which need to be replenished daily. There may also be some assay-specific ancillary reagents loaded on the CTT. Refer to the assay IFU for more information.   Position Wash Solution CTT position 1 De-ionized water CTT position 5 ISE Detergent Solution CTT position 16 De-ionized water (ISE Final Operation) CTT position 49 100% Probe Wash 0 (PW 0) - Daily shutdown wash 5% Reagent Probe Wash 3 - Weekly shutdown wash CTT position 50 De-ionized water CTT position 51 De-ionized water List the steps for reagent preparation There are different reagent preparation requirements for the various reagents used on the system. Assay Reagents For preparation of assay reagents, refer to each reagent Instructions for Use (IFU) Sheet. Ancillary Reagents The ancillary reagents residing on the Ancillary Reagent Tray do not require preparation.   Other Ancillary Reagents Some ancillary reagents loaded on the reagent trays and the CTT need to be diluted prior to use. These solutions are 20% Probe Wash 0 and 5% Probe Wash 3. The dilutions are as follows: 5% Probe Wash 3 in de-ionized water 20% Probe Wash 0 in de-ionized water The lamp coolant additive used in the lamp coolant reservoir is the only other ancillary solution that requires a dilution prior to use.  For more information, refer to the Maintenance section of the Online Operator guide. State the reagent storage requirements There are different storage requirements for assay reagents. Some are stored at room temperature, some are refrigerated, and some are light sensitive. Refer to the Instructions for Use sheet (IFU) for proper storage requirements. Note: Ancillary reagents and their corresponding working solutions are stored at room temperature. For assay specific ancillary reagents, refer to the Instructions for Use sheet for proper storage requirements. Select Next to continue.   Reagents Workspace Inventory: Combined Reagent, Calibration and Quality Control status, On board stability and expiration date. Reagent Tray Turntable 1 (RTT1) Status: Individual test volumes, lot number, and barcode number for RTT1 Reagent Tray Turntable 2 (RTT2) Status: Individual test volumes, lot number, barcode number for RTT2 Note: Columns backlit in either yellow or red in the inventory window require operator attention. Reagents workspace Learn about the Reagents workspace. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Reagents Command Bar button accesses the Reagents workspace: Inventory RTT1 Status RTT2 Status Select Next to continue. Note: If audio does not automatically start, select the play arrow in the top left to begin.To access the Inventory window, select the Reagent button from the Command Bar. Select the RTT1 or RTT2 status tab for specific Reagent Tray Turntable inventory data. Select next to continue.2 Inventory Tab Assay - assays currently on the system Status - displays reagent status Pair Inventory - # of tests available for paired reagents R1 Slot - assay position in R1 R2 Slot - assay position in R2 Usage - designates primary or backup reagent Calibration Status - status of current calibration Calibration Interval - time to calibration Lot Expiration - reagent expiration date Remaining OBS - on-board stability QC Status - status of current QC check                                                                                                                                 Window buttons provide a Summary of total assay counts and the ability to perform Lot Maintenance, Scan and Print.   Select Next to continue. Select each number to review the corresponding text.Callouts Pair Inventory - Total tests available (lowest number of pair) Usage - Primary/Backup: Primary used until no longer available Calibration Interval - C = calibration required Lot Expiration - scanned from barcode: soonest date of a reagent pair Remaining OBS - per IFU: soonest date of a reagent pair QC Status - OK, Warning, Error or can be Blank if QC Functionality is not active The Reagents workspace inventory tab includes a variety of information to assist the operator in assessing reagent inventory needs. Scroll over each number to highlight additional information about each column. Select next to continue.3 RTT1 and RTT2 Status   Individual reagent information including: Lot number Pack ID Barcode Detail buttons allow the operator the ability to Edit/View pack information and Inactivate Pack or Inactivate Lot numbers of reagents.   Window buttons allow the operator the ability to Print reagent inventory and perform Lot Maintenance or barcode Scans. When complete, select the X in the upper right corner to close the window and continue. Note: When reviewing reagent status in RTT1 Status or RTT2 Status tabs: a reagent can be used in more than one assay; names of reagents and assays may not always be the same. Callouts Detail Buttons Window Buttons RTT1 and RTT2 status tabs include individual reagent information including the lot number and pack identification number as well as the barcode number read by the system during the reagent scan process. Detail buttons along the right side of the workspace allow the operator to edit or view reagent details and activate or inactivate lot numbers. The window buttons give the operator the ability to print reagent inventory, perform barcode scans or lot maintenance. Lot maintenance includes activating or inactivating lot numbers. Select the X in the upper-right corner to close the window and continue. The ADVIA Chemistry XPT System uses two types of reagents: Assay reagents -  Used in processing sample tests Ancillary reagents -  Used in making sample dilutions, assay analysis and cleaning the system Select Next to continue. Tras completar satisfactoriamente este curso, será capaz de:  Comprender el concepto de Espiral Flex 4D y conocer los casos de uso más comunes Conocer los modos de exploración disponibles  Comprender la relación entre pitch, tiempo de exploración y duración de la exploración Ajustar los parámetros de exploración y los patrones de ciclo Utilizar las tecnologías de reducción de dosis disponibles Cambiar el patrón de reconstrucción The Ancillary Reagent Shelf, left fluids door, left lower panel and lamp coolant reservoir store ancillary reagents. They include: ISE Buffer 2 Pure Water Reaction (RRV) Bath Oil Saline Cuvette Detergent Cuvette Conditioner ISE Baseline Solution Lamp Coolant These reagents are necessary to: Clean the probes Clean the wash stations Clean the cuvettes Dilute samples Maintain the level of the reaction bath Analyze ISE assays Replenish or Replace Ancillary Reagents Learn how to replenish or replace Ancillary Reagents. Tab TitleTextAncillary Reagent Shelf Replenish Ancillary Reagents Select the Instrument Status icon from the Status Bar Review the condition for each reagent OK (green) NG (red) Open both fluids doors and pull out the fluids tray Locate the reagent, remove the lid and replenish Replace the lid, return fluid tray to the original position Close the fluids doors Prime the ISE Buffer 2 lines, if changed Note: ISE Buffer 2 should always be replaced, never replenished   ISE Baseline Solution Checking ISE Baseline Solution Level The ISE baseline solution level must be checked daily and replaced if under 200. Select the Instrument Status icon from the Status bar Verify that there is enough ISE baseline solution under Supplies for daily run If the level is under 200, remove the ISE baseline solution bag and replace Select Maintenance > ISE Operations > Solution Change > OK to reset the test count Prime the ISE Baseline Solution fluid lines Select the X in the upper-right corner to close the window and continue. Bienvenue dans la Formation en ligne Flex 4D Spiral. Cette formation vous présente la fonctionnalité Flex 4D Spiral et fournit une vue d'ensemble des modes d'acquisition disponibles et des technologies de réduction des doses. En outre, vous en apprendrez davantage sur la corrélation existant entre les différents paramètres d'acquisition, par exemple le pitch, le temps d'acquisition, la longueur d'acquisition etc. ainsi que sur la manière d'ajuster les paramètres d'acquisition et les schémas de reconstruction. There are different reagent preparation requirements for the various reagents used on the system. Assay Reagents For preparation of assay reagents, refer to each reagent Instructions for Use (IFU) sheet.     Ancillary Reagents The ancillary reagents residing on the Ancillary Reagent Tray do not require preparation. Other Ancillary Reagents Some ancillary reagents loaded on the reagent trays and the CTT need to be diluted prior to use. These solutions are 20% Probe Wash 0 and 5% Probe Wash 3. The dilutions are as follows: 5% Probe Wash 3 in de-ionized water 20% Probe Wash 0 in di-ionized water The lamp coolant additive used in the lamp coolant reservoir is the only other ancillary solution that requires a dilution prior to use.  For more information, refer to the Maintenance section of the Online Help guide. Select Next to continue. À l'issue de ce cours, vous saurez :  Comprendre le concept de la fonctionnalité Flex 4D Spiral et connaître les cas d'utilisation les plus fréquents Connaître les modes d'acquisition disponibles  Comprendre le lien entre le pitch, le temps d'acquisition et la longueur d'acquisition Ajuster les paramètres d'acquisition et les schémas de cycle Utiliser les Technologies de Réduction de Dose disponibles Modifier le schéma de reconstruction Reagent Storage Requirements There are different storage requirements for assay reagents. Some are stored at room temperature, some are refrigerated, and some are light sensitive. Refer to the Instructions for Use sheet (IFU) for proper storage requirements. Note: Ancillary reagents and their corresponding working solutions are stored at room temperature. For assay specific ancillary reagents, refer to the Instructions for Use sheet for proper storage requirements. Select Next to continue. The message area at the bottom of the user interface displays information, errors, and/or instructions. The area is subdivided into several sections: The left side contains examination-specific information. The center contains warnings and messages. If functions are being executed in the background, you will see the application as an icon on the right. Storage capacity icons showing available disk space on the MARS (pronounced “mars”), IRS (pronounced “I-R-S”), and syngo Acquisition Workplace (also referred to as ICS) are displayed on the right side You can use your mouse to hover over the icons to display the available storage capacity. Storage capacity indicators turn red when disk space is running low. When the storage space turns red, it will be necessary to delete older or unnecessary data. Reagent Tray Turntable 1 (RTT1) 60 refrigerated positions Positions 1-56 are used for assay reagents Positions 57-60 are used for ancillary reagents Barcode reader (RBC-1) used for reagent scans Ancillary Reagents RTT1 position 57 Reagent Probe Wash 1 (100%) RTT1 position 58 Reagent Probe Wash 2 (100%) RTT1 position 59 20% Probe Wash 0 (PW 0) - Daily shutdown wash 5% Reagent Probe Wash 3 - Weekly shutdown wash RTT1 position 60 De-ionized water Reagent Tray Turntable 2 (RTT2) 56 refrigerated positions Positions 1-52 are used for assay reagents Positions 53-56 are used for ancillary reagents Barcode reader (RBC-2) used for reagent scans Ancillary Reagents RTT2 position 53 Reagent Probe Wash 1 (100%) RTT2 position 54 Reagent Probe Wash 2 (100%) RTT2 position 55 20% Probe Wash 0 (PW 0) - Daily shutdown wash 5% Reagent Probe Wash 3 - Weekly shutdown wash RTT2 position 56 De-ionized water Load/Unload Reagent Trays Learn how to load and unload reagents. Loading and Unloading the Reagent Trays If not in Ready Status, select System Operations > Pause Reagent to stop movement of reagent mechanisms Verify the system status is REAGENT MODE - ADD REAGENT (OK to add reagents) Remove the reagent lid(s) and store in the reagent cover holster Remove the reagent pack cap when loading new reagents and dispose of according to laboratory protocol Load and/or unload the reagent(s) in the correct reagent tray White capped reagents are loaded on RTT1 Blue capped reagents are loaded on RTT2 Note: When loading or unloading reagents with 40 mL or 20 mL adapters, squeeze the sides of the adapter while loading to prevent the wedge from falling out. Reseat the reagent tray lids Perform a reagent barcode scan     When complete, select the X in the upper-right corner to close the window and continue. Calibrator/Control Tray (CTT)   Position Wash Solution CTT position 1 De-ionized water CTT position 15 ISE Detergent Solution CTT position 16 De-ionized water (ISE Final Operation) CTT position 49 100% Probe Wash 0 (PW 0): Daily shutdown wash 5% Reagent Probe Wash 3: Weekly shutdown wash CTT position 50 De-ionized water CTT position 51 De-ionized water Select Next to continue.

  • ADVIA
  • chemistry
  • XPT