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CLINITEK Novus™ Automated Urine Chemistry Analyzer Calibration Online Training

Identify the conditions under which the system will require calibration. State the materials required to calibrate. List the steps necessary to perform a calibration. Identify and resolve common calibration errors. Locate and review calibration results. This clinical laboratory training qualifies for continuing education units (CEU).

Le Sysmex® CS-5100, membre de la famille Sysmex® CS, est le système de nouvelle génération à haute cadence intégrant la vérification de l'intégrité pré-analytique de l’échantillon. Le système Sysmex® CS-5100 est un analyseur de la coagulation entièrement automatisé, destiné au diagnostic in-vitro et qui traite rapidement les échantillons avec un haut degré de précision. Ce système vous offre la possibilité de simplifier vos procédures en laboratoire d'hémostase et d'obtenir des résultats précis dès le premier essai. La nouvelle technologie multi-longueurs d'onde, la vérification de l'intégrité pré-analytique de l’échantillon et l'analyse des tests permettent des résultats précis du premier coup. Nous allons à présent commencer la formation sur le système Sysmex® CS-5100. Cliquez sur Suivant pour continuer. Welcome to the CLINITEK Novus™ Automated Urine Chemistry Analyzer Calibration Online Training course.  This course includes information regarding when to calibrate, how to run calibrators and how to review the results. The system has the ability to store 200 calibrations in memory.   Select Next to continue. Identify and resolve common calibration errors Identify the conditions under which the system will require calibration List the steps necessary to perform a calibration Locate and review calibration results State the materials required to calibrate Upon successful completion of this course, you will be able to: Select Next to continue. Gérer les variables pré-analytiques est essentiel pour obtenir les résultats les plus précis possible dans les analyses d'hémostase. Le système Sysmex® CS-5100 minimise le risque d’erreurs pré-analytiques grâce à la lecture multi-longueurs d’ondes et la vérification du niveau de remplissage des tubes primaires. Le système fournit un soutien opérateur supplémentaire en effectuant automatiquement une vérification de l'intégrité pré-analytique de l'échantillon. Tout d'abord, il détermine le niveau de remplissage de l'échantillon pendant qu'il aspire l'échantillon de chaque tube. Ensuite, l'échantillon aspiré est distribué dans une cuvette et envoyé au détecteur HIL où de multiples longueurs d'onde lumineuses vont déterminer si l'échantillon est hémolysé ou lipémique. Le système Sysmex® CS-5100 gère automatiquement les échantillons qui pourraient poser problème pour votre laboratoire et vous aide à fournir des résultats de qualité à vos patients. Cliquez sur Suivant pour continuer. Congratulations.  You have completed the CLINITEK Novus™ Automated Urine Chemistry Analyzer Calibration 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.  Identify the conditions under which the system will require Calibration The CLINITEK Novus analyzer must be calibrated after: A cassette with a different lot number is loaded A cassette with the same lot is loaded but the system has not been calibrated within the last 24 hours The system displays error messages requiring you to calibrate the system. The Status bar displays Not Ready Replacing the SG sensor or when The system software has been upgraded State the materials required to Calibrate Materials required to calibrate the system include: Sample tubes CLINITEK® Novus Calibration Kit Tube of bleach (5.25% sodium hypochlorite concentration) Sample rack List the steps necessary to perform a Calibration Select System Select Calibration Enter your initials Select or add the calibrator lot number Load the calibrators Select Start Identify and resolve common calibration errors Common calibration errors include: Insufficient Calibrator volume: Add additional calibrator to the tubes. Humidity error:  Load a new cassette, and then perform calibration. Caps left on tubes:  Remove caps Not enough tests left to calibrate in the reagent cassette:  Replace the reagent cassette. Locate and review Calibration results Select Results Select Calibration Enter the laboratory password Recall results Select calibration to be reviewed Select Next to continue. Les composants internes du système Sysmex® CS-5100 sont au cœur de l'action. Ces composants comprennent les pointes échantillons, qui aspirent l'échantillon du tube vers la cuvette, et les pointes réactifs, qui aspirent et distribuent les réactifs nécessaires au traitement des échantillons. Cliquez sur le lien ci-dessous pour en savoir plus sur les composants internes du système Sysmex® CS-5100. The CLINITEK Novus analyzer must be calibrated after: A cassette with a different lot number is loaded A cassette with the same lot is loaded but the system has not been calibrated within the last 24 hours The system displays error messages requiring you to calibrate the system Replacing the SG sensor or when: The system software has been upgraded Select Next to continue. Materials required to calibrate the system include: Sample tubes CLINITEK Atlas or CLINITEK® Novus Calibration Kit Tube of bleach (5.25% sodium hypochlorite concentration) Sample rack Calibration Preparation Learn about calibration preparation. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Calibration Kit   Calibrators must be run at room temperature.  Store the kit at 2 - 8 degrees C.  Check the thermal integrity card inside the box of calibrators to ensure the calibrators have not been exposed to excessive heat. Select Next to continue.  Calibration Kit  Calibrators must be run at room temperature.  Store the kit at 2 - 8 degrees C.  Check the thermal integrity card inside the box of calibrators to ensure the calibrators have not been exposed to excessive heat. Select Next to continue.  Note: If audio does not automatically start, select the play arrow in the top left to begin.Remove the calibration kit from the refrigerator and allow the calibrators to reach room temperature. Store the kit at 2 - 8 degrees C when not in use. Check the thermal integrity card inside the box of calibrators to ensure the calibrators have not been exposed to excessive heat.2Prepare Bleach Solution Pour at least 2 mL of 5.25% sodium hypochlorite into a sample tube. If the concentration of sodium hypochlorite is higher than 5.25%, dilute the bleach with distilled water. For example, if the bleach is 6% sodium hypochlorite, add 0.75 mL of water to 5 mL of the 6% bleach and gently swirl to mix. Select Next to continue. Pour at least 2 mL of 5.25% sodium hypochlorite into a sample tube If the concentration of sodium hypochlorite is higher than 5.25%, dilute the bleach with distilled water. For example, if the bleach is 6% sodium hypochlorite, add 0.75 mL of water to 5 mL of the 6% bleach and swirl tomix gently.3Prepare Sample Tubes Label four sample tubes CAL 1, 2, 3, and 4.  Pour at least 3 mL of each calibration solution into sample tubes labeled CAL 1, 2, 3, 4.  Allow the calibrators to come to room temperature before placing on the system. Select Next to continue.  Pour at least 3 mL of each calibration solution into sample tubes marked 1, 2, 3, 4. Allow the calibrators to come to room temperature before placing on the system.4Load Tubes Place the sample tubes in the rack in the following order:  Bleach Pos 1 Cal 4 Pos 2 Cal 1 Pos 3 Cal 2 Pos 4 Cal 3 Pos 5Place this rack onto the Loading area of the Sample Handler. (Right Hand Side)When complete, select the X in the upper-right corner to close the window and continue.Place the sample tubes in the rack in the following order: Bleach in position 1, then Cal 4, Cal 1, Cal 2, and Cal 3, as depicted on the screen of the Calibration Procedure If using lipped tubes, place them in every other tube slot in the rack. Tumor markers are additional diagnostic parameters that I would like to introduce in more detail. A cancer produces specific proteins, enzymes, sometimes hormones, as well as other substances. Some of these substances are called tumor markers: the presence of these markers in the blood or other body fluids may indicate a malignant tumor. Most tumor markers are, however, not organ-specific and can also be produced by healthy cells. This is why the number of acknowledged markers for diagnosis of some cancer types is very limited at present. Tumor markers are nevertheless ideal for monitoring response to treatment and recurrence. An important marker is the prostate-specific antigen (PSA) which can aid in detection, monitoring and management for prostate cancer. Siemens Healthcare Diagnostics provides tests for determination of the most important PSA isoforms.   The Status Log displays a message when the system needs to be calibrated. If the system is not calibrated, the Start Button for Routine samples will not be available.  Also a Control test cannot be performed. Calibrating the System Learn about calibrating the system. Instructions:If media does not automatically start, select the play arrow to begin.Flash File:/content/generator/Course_90006069/sim_CN_Calibrate_Rev_4_61112_9/sim_CN_Calibrate_Rev_4_61112_9.swfHTML5 File:/content/generator/Course_90006069/sim_CN_Calibrate_Rev_4_61112_9/index.htmlPDF File: Essential for the diagnosis of a multiple myeloma is the detection of elevated total serum protein and immunoglobulins (or fragments of them) in the laboratory. These so-called paraproteins are detected qualitatively and quantitatively, on one side to confirm the disease and on the other side to appraise the activity of the disease (increasing values = increasing activity, decreasing values = decreasing activity, e.g. as the result of a successful therapy), as paraproteins can be quantified using a serum electrophoresis or nephelometrically . In the lab report of Mr. Smith, protein and immunoglobulins are elevated and the electrophoresis indicates an increased immunoglobulin fraction (x-peak) (right side). Together, this could be a sign of multiple myeloma.   You have just learned about performing a calibration. Select the link below to practice what you have learned. Performing a Calibration Practice performing a calibration. Instructions:If media does not automatically start, select the play arrow to begin.Flash File:/content/generator/Course_90006069/2_sim_CN_Calibrate_YourTurn09Aug2012_800x600_9/2_sim_CN_Calibrate_YourTurn09Aug2012_800x600_9.swfHTML5 File:/content/generator/Course_90006069/2_sim_CN_Calibrate_YourTurn09Aug2012_800x600_9/index.htmlPDF File: Common calibration errors include: Insufficient Calibrator volume Humidity error Caps left on tubes Not enough tests left to calibrate in the cassette Handling Calibration Errors Learn how to handle calibration errors. Tab TitleTextFailed Cal Error If there is insufficient calibrator volume, this message will appear on the screen. The calibration will have to be restarted after additional calibrator is added to the tube or tubes.     Humidity Error While calibrating the analyzer an E4015-Error occurred while checking the humidity might appear.  This means that the Leukocyte pad had a pink appearance when it was checked during calibration on the dry strip before sample was dispensed, indicating that the card had been exposed to high humidity. Load a new cassette, and then perform calibration.  Caps left on Tubes If a cap is on any of the Calibrator-filled tubes, this message will be seen on the screen. If a tube is too high in the rack the same message will be displayed.  Remove the cap or reseat the tube.   Not enough test to calibrate If there are not enough test sets to calibrate the analyzer, there will be a warning message in the Status Log on the Home page.  Load a new cassette. When complete, select the X in the upper-right corner to close the window and continue.        Welcome to Selling Siemens Solutions: Workflow and Specialty Testing (HHS) online training.  For years, laboratories across the globe have been challenged with increasing workloads, decreasing budgets and in many situations, a reduction in staff.  Through the advent of laboratory automation, laboratories have been able to successfully improve their workflows, optimize resources and reduce costs without compromise to the overall quality of results and patient care.  In this course you will learn how Siemens solutions support workflow and clinical excellence in specialty testing and how to best position these solutions to your customers. You will also learn how Siemens hemostasis and hematology connectivity solutions combined with total laboratory automation offers one unified solution to your customers.  Before we get started, select the link below to watch a brief video that will provide you with an overview with some of the challenges our customers face and how our solutions provide them with the answers they need. The calibration results screen shows the calibration results details. To Print the details, or Send the details to the LIS, select the appropriate function button. Calibration Results Data Management Learn about Calibration Results Data Management. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Touch the Screen If the screen saver appears there will be a message telling you to touch the screen to continue. Just  touch the screen to show the CLINITEK Novus analyzer software screen.   Select Next to continue.  Note: If audio does not automatically start, select the play arrow in the top left to begin.If the screen saver has shut down the screen there will be a message telling the operator to touch the screen to continue. Just by touching the screen will show the CLINITEK Novus analyzer software screen.2Select Results From the home screen select Results.   Select Next to continue.  From the home screen select Results.3 Select Calibration From the Results screen select Calibration. Select Next to continue.   Select Calibration. There are many filters we could use to recall the results. Select All Results.4Enter Password Enter the Laboratory Password ***. Select Next to continue.  The password is usually three characters. If Data Recall is enabled in System Access, a password screen will popup and the operator will have to enter a password. Enter the Laboratory Password ***. Press Enter5 Recall Results Several options for recalling results are available now.  Select All Results. This will recall all the Calibrations in the Database. Select Next to continue.  There are several options for recalling results, Date Range, Calibrator Lot, Cassette Lot, Operator ID or All Results. 6View Results The oldest result is displayed at the top of the list. In this case we will select the oldest Calibration. Select Next to continue.  The oldest result is displayed at the top of the list. Select View.7View Details The Calibration details are displayed: Sample Type - Calibration Cal Status - Passed Date and time Lot numbers of Cal 1, Cal 2, Cal 3, Cal 4 Cassette lot number all on page 1 Select the Page Down Symbol to go to page 2. Select Next to continue. The Calibration details are displayed. This calibration on 5/16/2012 passed.8Select Page Down The second page of the Calibration report lists the Operator ID if that option has been enabled. The rest of the information displayed is standard (how many test sets on the test card and the temperature when the instrument was calibrated). Select Next to continue.  The next page of the report appears. "JJ" is the person that calibrated the instrument on 5/16/2012. Select Delete.9Delete Data If Data Delete is enabled in the configuration setup, you will need to enter the laboratory password. Enter the password. Then select Enter. Select Next to continue.  If the Data Delete is enabled in the configuration setup, the operator will be required to enter the Laboratory Password. Select Enter10Confirm Deletion An "Are you sure" box appears on the screen. If No is selected, the record will not be deleted. If Yes is selected, the record will be deleted from the database. Select Next to continue.  An "Are you sure" box appears on the screen. By selecting No the record will not be deleted. By selecting Yes The recorded is deleted from the database.11Select Print The next Calibration Report is displayed. If the Print button is selected, we can send a Calibration Report to the enabled printer Select Next to continue.  The next Calibration Report is displayed. If the Print button is selected we can send a Calibration Report to the enabled printer.12 Print Confirmation A screen appears as the Calibration Report is sent to the printer. Select Next to continue.  A screen appears as the Calibration Report is sent to the printer.13Review ReportHere's the printed report. There is a line for Header information which will be placed on all reports, normally setup at install. Here the header line on the Report is, "Siemens Healthcare Diagnostics". Select Next to continue. Here's the printed Report. There is only one line for Header information which will be placed on all reports, normally setup at install. Header Line on the Report is, "Siemens Healthcare Diagnostics".14Send Results By selecting the "Send" button, the 05/16/2012 result is sent to the Host LIS computer, provided the system is configured to send results. When complete, select the X in the upper-right corner to close the window and continue.By selecting the "Send" button the 05/16/2012 results will be sent to the LIS host computer, if the system is configured for a Host LIS.

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