International Date/Time/Number Format Settings ..........2-10 3 - COMPUTER PRELIMINARIES ......................3-1 Windows Format ...................... 3-1 Touch Screen And Keyboard Operation ..............3-1 The Atomlab 960 Home Page ................... 3-1 System-Wide Icons ....................3-2 Turning The System Off ................... 3-3 Locking the Panel ..................... 3-4 4 - UTILITIES .............................
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Delete an Isotope from Staff Member ..............4-35 SYSTEM MAINTENANCE ..................... 4-36 Checkpoint Database ..................... 4-37 Backup Database (USB flash drive) ................4-38 Restore Database ....................4-39 5 - QUALITY ASSURANCE ........................5-1 QUALITY ASSURANCE INFORMATION ................5-2 CALIBRATION/CONSTANCY FIXTURES ................5-3 ATOMLAB 960 MEDICAL SPECTROMETER...
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APPENDIX B – SPECIFICATIONS ......................B-1 APPENDIX C – ELECTROMAGNETIC COMPATIBILITY ............... C-1 APPENDIX D – ERROR AND INFORMATION MESSAGES ............D-1 APPENDIX E – DECAY CALCULATIONS ..................E-1 APPENDIX F – FORMULAS ........................F-1 APPENDIX G – SCHEMATICS ....................... G-1 ATOMLAB 960 MEDICAL SPECTROMETER...
100 to 240 volts input current. The uptake stand has a low leakage transformer that operates at 120 volt or 230 volt operation. The transformer is tapped at the factory for operation. The Atomlab 960 Thyroid Uptake System is designed for use with specific printers. Contact Biodex for compatible printers.
Product Certifications and Classifications The Atomlab 960 Thyroid Uptake System has received the following certifications, and falls within the following classifications: ETL Listed Electrical Equipment, Laboratory Use; Part 1, General Requirements for Safety • conforms to IEC 60601-1-6, IEC 60601-1-6 2...
Proceeding section of this manual. This product should be used only as specified in the operation manual. The Atomlab 960 Mobile Thyroid Uptake System is designed for use in a patient environment. Le système de captation Atomlab 960 Mobile thyroïde est conçu pour une utilisation dans un environnement de patient.
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One person can move the product. ATTENTION: Le produit est voulu rester dans un emplacement pendant l'opération. Le produit est fourni avec les roues pour la relocalisation, et devrait être utilisé en exécutant cette opération. Une personne peut déplacer le produit. ATOMLAB 960 MEDICAL SPECTROMETER...
• Medium Phillips Head Screwdriver The Biodex Thyroid Uptake System you have purchased is shipped in a box on a pallet that contains a ramp as part of the packing material. This ramp can be easily assembled to make it possible to remove the system from the shipping pallet.
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Lift up slightly, and remove this block. Using two people, grab the handles on the upper rack to remove unit. Using a person on each side, lift the unit slightly while rolling towards and then down the ramp. ATOMLAB 960 MEDICAL SPECTROMETER...
INDIRECT DAMAGES INCLUDING LOSS OF USE, SALES, PROFITS OR BUSINESS INTERRUPTION. B. This warranty does not apply if the product, as determined by BIODEX MEDICAL SYSTEMS, INC., is defective due to abuse, misuse, modification or service performed by other than a BIODEX MEDICAL SYSTEMS, INC. authorized repair and calibration facility.
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1. Check to see that the problem occurs more than once. 2. Refer to the instruction manual and operations procedure. If you still think you have a service problem, call BIODEX MEDICAL SYSTEMS, INC., Service Department at (800) 224-6339. Keep yourself and the phone next to the equipment.
(cpm), using a 1024 channel multi-channel analyzer. The counting spectrum is displayed during counting. The Atomlab 960 can be used to perform thyroid uptake studies, manual mode counting, wipe testing, and bioassay measurements. Each detector is connected to a multi-channel analyzer. The detectors are used to count radiation that hits the detector for the various functions they are used for.
User-defined uptake protocols can be initiated. The self-contained Atomlab 960 system is configured on a compact mobile platform with locking casters and a base that measures only 26" w by 34" l (66 x 86.4 cm). An upper shelf supports the flat panel PC with touch-screen display and keyboard.
Components and Parts The following list shows all components available for the Atomlab 960 System. Before beginning to setup and position your new Atomlab 960 Uptake System, check to ensure that you have received each of the components and parts ordered.
PRINTER COLLIMATOR HANDLE NECK PHANTOM PRINTER SHELF TARGET LED HANDLE CALIBRATION FIXTURE POWER CORD BASE WELL COUNTER IN RECESS CASTER LOCK POWER SWITCH Figure 2.1. The Atomlab 960 MCA Uptake Stand. ATOMLAB 960 MEDICAL SPECTROMETER ASSEMBLY AND STAND OPERATION 2-1...
10. The collimator is pre-wired for the uptake arm. If using a well counter, connect the power and signal cables to the well counter. The cables are in the column. The Atomlab 960 is now fully set up and ready for operation. HP Printer Setup (included with system) Upon power up, you will find that the system defaults to the Microsoft XPS document writer.
Roll the stand to the desired position and lock at least two casters to keep it from moving. Figure 2.2. Relocating the Thyroid Uptake Stand. ATOMLAB 960 MEDICAL SPECTROMETER ASSEMBLY AND STAND OPERATION 2-3...
à angle droit avec le fantôme de cou et de la thyroïde afin qu'il soit positionné correctement pour le comptage pour conserver la géométrie correct e The Atomlab 960 is now fully set up and ready for operation. 2-4 ASSEMBLY AND STAND OPERATION...
Turn on all components, including the printer. The system may immediately advance to the Atomlab 960 program. If not, select the <Atomlab960> icon from the system desktop. Once the Atomlab 960 program is activated, the system immediately performs a self-test.
“Biodex”.) NOTE: When performing this operation, we recommend connecting a USB mouse to the panel. 1. Exit out from the Atomlab 960 Application by selecting the (X) button from the Home screen. Figure 2.4. The Atomlab 960 Home page.
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Figure 2.6. Desktop screen with <Change date and time settings> button highlighted. 5. On the next screen, to change the Date and time, select the “Change Date and Time” button. Or, to change the time Zone select the “Change Time Zone” button. ATOMLAB 960 MEDICAL SPECTROMETER ASSEMBLY AND STAND OPERATION 2-7...
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Automatically adjust clock for Daylight Saving Time check box is selected. 11. Select <OK> button at the bottom of the Date and Time screen to return to the desktop. ATOMLAB 960 MEDICAL SPECTROMETER ASSEMBLY AND STAND OPERATION 2-9...
Atomlab 960 software to be changed from the English Date format to the Swedish Date format. Regional Settings of the Panel From the Main Menu screen of the Atomlab 960 software, select the <X> mark from the top right corner of the screen. Then select the <Exit to Desktop> option. This will bring up the desktop screen on the Panel.
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(United States). Make the changes as required for Date and Time from the screen on next page (Fig 3.4). Click on “Additional Settings” button for number format on that screen. In this example, we are changing the settings to “Swedish” (Sweden). ATOMLAB 960 MEDICAL SPECTROMETER ASSEMBLY AND STAND OPERATION 2-11...
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Format”. Underneath the format textbox, it will display the date format with an example. For this example, we changed the Date format in Regional Settings to “yyyy-MM-dd”. Now, in the Atomlab 960 software, we matched and set the same date format (yyyy-MM-dd). The software now displays the current date using the specified format.
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Once the changes are finalized, select the <Accept> button. It will prompt with a confirmation screen. Select <Accept> one more time. Exit the software and restart the Atomlab 960 software. The system will be using the recently configured Date/Time/Number format throughout the entire program.
3. Computer Preliminaries Figure 3.1. The Atomlab 960 allows users to select options using both the keyboard and touch screen operation. Data is generally entered in appropriate fields via the keyboard. Windows Format The Atomlab 960 is a personal computer based system. All menus and screens function in standard Windows fashion.
System-Wide Icons (See Figure 3.2.) Figure 3.2. The Atomlab 960 features a variety of icons that are used throughout the system, including <Back>, <Add>, <Edit> and <Delete> as shown on the Select An Isotope screen. Several functions used on numerous pages throughout the program are represented by icons located at the bottom of the screens to which they apply.
1. Return to the Home screen by either selecting the <Home> icon or selecting <Back> to take your back to the Home page. 2. At the Home page, select <X> from the upper right corner to close the Atomlab 960 program.
Locking the Panel 1. From the Home screen select <x> from the upper right corner to close the Atomlab 960 program. 2. Select <Lock the Panel> to close Atomlab and lock the panel. The screen will require the user to re-enter the Password to use the system.
Selecting the <Utilities> icon from the bottom right corner of the Home screen allows access to the Utilities Menu. Utilities Menu options include: • System Setup • Detectors • Procedures • Staff Members • Isotopes • Wipe Setup • Bioassay Setup • System Maintenance ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-1...
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NOTE: You can select <Accept> to save at any time, or you may continue to enter setup functions information for additional tabs and save all entered parameters at one time by selecting <Accept> when finished. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-3...
6. Select the default units for Wipe Test results (DPM = Disintegrations per Minute, µCi = Microcuries, Cnts = Counts per Minute) NOTE: If your system is set to Bequerels, the choice will be: DPM, Bqs, Cnts ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-5...
NOTE: If your system is set to Bequerels, the choice will be: DPM, Bqs, Cnts NOTE: See Chapter 4, section titled “Efficiency For The Selected Detector” for details on setting detector efficiency. 7. Select <Accept> to apply the Bioassay settings and return to the Utilities Menu. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-7...
2. Enter data in the appropriate fields and select <Accept> to save, or choose another tab at the top of the System Setup screen to enter additional information before selecting <Accept> to save all data. Select <Cancel> to return to the System Setup screen without saving the constancy information entered. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-9...
4. If desired, enter the location to be displayed for the new detector. 5. Enter the outside diameter of the new detector. The default value for the probe is 5.08 cm 6. For the well, enter the inside diameter. The default value is 1.905 cm. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-11...
For the well it is the inside diameter, which on the well shipped by Biodex, is 1.905cm. Factory set well depth is 2.54cm. This depth in the well would be indicative of many wipes which is the center of the activity or where the wipe would be located when lowered into the well.
1. From the <Home> screen, select the <Utilities> icon. The Utilities Menu is now displayed. 2. Select <Procedures>. The Thyroid Uptake Procedures screen is now displayed. The procedure description, isotope, correction, count type and count time are shown. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-13...
2. Select <Accept> to delete the currently selected thyroid uptake procedure and return to the Thyroid Uptake Procedures screen, or <Cancel> to return to the Thyroid Uptake Procedures screen without making any deletions. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-15...
2. Select <Delete>, a warning screen is displayed that you are about to permanently delete the staff selected. Select <Accept> to delete the staff member and return to the Select or Add Staff Member screen or <Cancel> to return to the Select or Add Staff Member screen without deleting. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-17...
The user also selects if a specific isotope can be used for Wipe testing. The Atomlab 960 isotope list comes with 29 preset isotopes. For these factory isotopes, Lower Level Discriminator (LLD), Upper Level Discriminator (ULD), and Range are factory preset and cannot be changed.
Enter the regulatory package level. The standard level is 6,600 DPM based on a wipe area of 10cm When all fields are completed, select <Accept> to save the data and select the current isotope. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-19...
Tc-99m has a peak energy of 140 keV according to the radionuclide decay scheme. The Atomlab 960 uses a default of +/- 15% energy window around the peak energy. These values calculate to be 119 keV to 162 keV and are displayed on the Isotope Editing page. When either the probe or well is selected, the ROI channels are calculated based upon the Cs-137 calibration results for that particular detector.
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B. Upper Level Discriminator (ULD) = 1.15 times the Max keV of interest. NOTE: Some isotope ROIs are preset so they are not ±15%. Using an isotope sample the ROIs were determined for those isotopes. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-21...
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The set distance at which the standard will be counted, along with the geometric efficiency, are also displayed. To change the geometric distance and geometric efficiency, select the <Detector> icon on the left side of the screen. The Detector Measurements screen is now displayed. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-23...
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Efficiency % field of the selected isotope on the Select An Isotope list. 5. Select <Back> to return to the Utilities screen when you are done with the options available on the Select An Isotope screen. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-25...
2. To add a wipe area, select <Add> under the Areas Section. The Add Wipe Area screen is now displayed. 3. Enter an Area Name and select the area type: Restricted, Unrestricted, Sealed Source or Packages. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-27...
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<Select> to highlight the isotope you want to not count for this area and <Select> <Delete> to remove the highlighted isotope from this area. Figure 4.25. The Select Isotope screen. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-29...
2. Select <Bioassay Setup>. The Bioassay Setup screen is displayed. This page allows you to add staff for Bioassay and add or delete the isotopes to be assayed for each person. Figure 4.27. The Bioassay Setup screen. Figure 4.28. Add Staff Member screen. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-31...
3. Select the isotopes to be assigned to the staff member by clicking in the appropriate checkboxes to the left of the Isotope name. NOTE: Each staff member can be setup with different isotopes listed. NOTE: You can chose multiple isotopes by selecting each isotope. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-33...
3. Select the <Delete> icon. NOTE: Delete is an immediate action from this screen. There is no opportunity to cancel the function if <Delete> is selected by mistake. 4. The isotope is deleted from this patient. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-35...
Checkpoint Database The Checkpoint Database function creates a backup database of current Atomlab 960 data on the local hard drive. Selecting the <Checkpoint Database> button on the System Maintenance menu will bring you to this screen: Figure 4.35. Database Backup screen.
Backup Database (USB flash drive) The Backup Database function creates a backup database of the current Atomlab 960 data on a USB flash drive. Insert a USB flash drive into the USB port. Selecting the <Backup Database> button on the System Maintenance menu will bring you to this screen: Figure 4.37.
Select the database that you would like to have restored as the Atomlab’s current data set, and then select the <Restore Selected Database> button. The resulting screen will ask you to confirm the restore action. ATOMLAB 960 MEDICAL SPECTROMETER UTILITIES 4-39...
Utilities, it will be noted on the daily calibration button as shown. If you have not selected to perform constancy, only the words "Daily Calibration" will show on the button. Figure 5.2. The Quality Assurance Menu screen two. Those programs are for Chi-Square and MDA. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-1...
Quality Assurance Information (See Figure 5.1.) Before using the Atomlab 960 for counting purposes, it is important that you take a few minutes to prepare the system for operation. The following functions are accessed from the Quality Assurance Menu: • Calibration/Constancy Fixtures •...
If you are using a rod source for your well counter, the well fixture helps center the rod source. There are pins on the printer shelf that hold the fixtures onto the shelf for storage. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-3...
3. Select <Accept> to delete the noted High Voltage Adjustment and return to the High Voltage History, or <Cancel> to return to the High Voltage History without deleting. 4. Select <Back> to return to the <Quality Assurance> page. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-5...
NOTE: The system must be allowed to warm up and stabilize before performing a calibration. Calibration Information A daily system calibration must be performed each day the Atomlab 960 is to be used. Separate calibrations are performed for the probe and well. The system keeps an internal listing of its last calibration date and prompts when calibration is needed.
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Spectrum Analysis icon. The multi-channel analyzer in the Atomlab 960 has several fixed precision ranges and a regulated high voltage supply. The pulse shapes are digitized and then processed by a high speed digital signal processor.
Calibration Information displayed, or <Cancel> to return to the Select Detector screen without saving the calibration. 8. If the Daily Calibration Information is acceptable, select <Accept> to accept the daily calibration results and return to the Quality Assurance screen. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-9...
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NOTE: If you wish to print a specific calibration spectrum, see steps 5 through 8, above. 9. On the Daily Calibration History screen select <Reports> to view and select the type of Daily Calibration Report to View or Print. Choose from <Single Detail>, or <Summary History>. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-11...
Daily Calibration Report. Select <Accept> to delete the report and return to the Daily Calibration History screen, or <Cancel> to return to the Daily Calibration History screen without making a deletion. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-13...
Chi Square. 8. If the Chi Square Information is acceptable, select <Accept> to accept the Chi-Square results and return to the Quality Assurance screen. Figure 5.17. A Chi-Square counting screen showing that Chi-Square passed. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-15...
Bioassay or Wipe Counting. NOTE: Isotopes that have an Efficiency, but are not checked for Bioassay or for Wipe Counting will NOT be used when performing MDA calculations. ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-17...
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“Detail History” selections display the Date Range screen for the user to set the date range to view and print. 14. Select <Back> to return to the Quality Assurance screen. NOTE: You can print the MDA Report from the <Reports> function on the Home screen ATOMLAB 960 MEDICAL SPECTROMETER QUALITY ASSURANCE 5-19...
6.2 hours because the system will calculate for the elapsed time. Each of the data sets that are counted are displayed in the status window on the Thyroid Uptake screen. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-1...
NOTE: If you have not yet calibrated your Atomlab 960 on this day, the system will prompt you to calibrate before proceeding with the Thyroid Uptake or any other test procedure selected. High Voltage must also be set before using the system for the first time.
Perform A Thyroid Uptake On A New Patient: Select <Testing> from the Atomlab 960 Home Page. The Testing Menu is now displayed. Select <Thyroid Uptake>. The Select or Add A Patient screen is now displayed. Add a patient for which the thyroid study will be performed.
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The message “Counting Complete” is displayed at the bottom of the screen. Select <Next> to return to the Thyroid Uptake screen. NOTE: If you wish to perform a spectrum analysis, select the <Analysis> icon before selecting <Next>. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-5...
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14. The Thyroid Uptake screen is now displayed. Review the results. NOTE: If you are not satisfied with the results for dose or lab background, select the item you wish to recount and recount the standard or lab background before saving. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-7...
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24. When the counting is complete, the message “Counting Complete” is displayed at the bottom of the screen. Select <Next> to return to the Thyroid Uptake screen. NOTE: If you wish to perform a spectrum analysis, select the <Analysis> icon before selecting <Next>. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-9...
Perform A Thyroid Uptake On A New Patient When Recounting A Standard: Select <Testing> from the Atomlab 960 Home Page. The Testing Menu is now displayed. Select <Thyroid Uptake>. The Select or Add A Patient screen is now displayed. Add a patient for which the thyroid study will be performed.
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24. When the counting is complete, the message “Counting Complete” is displayed at the bottom of the screen. Select <Next> to return to the Thyroid Uptake screen. NOTE: If you wish to perform a spectrum analysis, select the <Analysis> icon before selecting <Next>. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-13...
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Select <Accept> to return to the Select or Add a Patient screen. Select <Next> to advance to the Study Selection screen. Select <Add Study> to advance to the Add Study screen. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-15...
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20. When the patient returns at the specified time, select <Testing> and then <Thyroid Uptake>. 21. Highlight the patient on the Select or Add a Patient screen and select <Next>. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-17...
NOTE: To view a previous study, highlight the previous test and select the <Report> icon at the bottom of the screen. The results for the previous test are displayed after you select the report type. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-19...
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LED back to the retracted position and move the distance bar to the bottom of the collimator out of the field before counting. Select <Accept> to begin counting the patient thyroid. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-21...
Perform A Thyroid Uptake With Multiplier: Select <Testing> from the Atomlab 960 Home Page. The Testing Menu is now displayed. Select <Thyroid Uptake>. The Select or Add A Patient screen is now displayed. Add a patient for which the thyroid study will be performed.
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17. When the patient returns at the specified time, select <Testing> and then <Thyroid Uptake>. 18. Highlight the patient on the Select or Add a Patient screen and select <Next>. ATOMLAB 960 MEDICAL SPECTROMETER THYROID UPTAKE 6-25...
This allows the user to view current results stored and results from other detectors. • <Measure>: Use this icon to begin the count for the isotope and detector selected. Count In Manual Mode (See Figure 7.1.) Figure 7.1. The Manual Mode screen. ATOMLAB 960 MEDICAL SPECTROMETER MANUAL MODE 7-1...
The Atomlab 960 Well Counter is designed to use a Cs-137 rod source to perform the daily automatic calibration function. A series of initial setup functions must be performed before the well counter can be used.
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Figure 8.2. The Wipe Error screen notifies the user the wide window efficiency setting is missing. Figure 8.3. The Wipe Efficiencies Required screen notifies the user that wipe efficiences for some isotopes are missing. ATOMLAB 960 MEDICAL SPECTROMETER WIPE TESTING 8-3...
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<Cancel> to return to the Wipe Test screen. 10. The system now counts the wipe that is in the well counter. When the count is complete, the Wipe Results screen for the selected wipe location just counted will be displayed. ATOMLAB 960 MEDICAL SPECTROMETER WIPE TESTING 8-5...
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13. After all the desired wipe testing is completed select <History> to display the Wipe History screen. Select a specific wipe performed and select <View Data> to show the specific wipe results for the selected wipe location. Figure 8.8. The View Wipe Details screen ATOMLAB 960 MEDICAL SPECTROMETER WIPE TESTING 8-7...
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1,082 DPM 298 DPM -728.6 341 DPM 20,000 DPM Pass Comments : Signature : Date Signed : Software Ver: 1.0.61.0 Page 1 of 5 Figure 8.14. A sample wipe test detail history report. ATOMLAB 960 MEDICAL SPECTROMETER WIPE TESTING 8-13...
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NOTE: The MDA must be below the trigger level. A short counting time raises the MDA. Performing A Bioassay Test: 1. From the <Home> page select <Testing>. The Testing screen is now displayed. Select <Bioassay). The Bioassay screen is now displayed. Figure 9.1. Testing Home screen. ATOMLAB 960 MEDICAL SPECTROMETER PERFORMING A BIOASSAY 9-1...
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18.50cm. It is important to use the correct distance (Geometry). 9. Once the counting is finished, the Bioassay Results screen is now shown. Figure 9.4. Bioassay Counting Results screen for Staff Member. ATOMLAB 960 MEDICAL SPECTROMETER PERFORMING A BIOASSAY 9-3...
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To delete a specific Bioassay test from the Bioassay History screen, highlight the Bioassay to delete and select <Delete>. Select <Accept> to confirm the deletion on the warning screen. Figure 9.10. Choose Type of Bioassay Report to print. ATOMLAB 960 MEDICAL SPECTROMETER PERFORMING A BIOASSAY 9-7...
DICOM system to the Atomlab 960 software. Once its available to the Atomlab 960 software, the thyroid uptake operation can be performed and the test result can be uploaded/ sent back to the DICOM system. The following describes the setup procedure as well as how to use DICOM with Atomlab 960 software. Prerequisite: This Flat Panel PC will have to be connected to a Hospital/Facility Network (preferably wired connection).
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“X DICOM Not Activated”. Contact the Biodex Service Department, Software Support ext. 2120, with the “License Number” information. Based on that information, Biodex will generate and provide a “Key” number to the customer. Upon receipt of the “Key”, type the number provided in the “Key” text box; Select the <Activate DICOM>...
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If the license key does not match it will display error message on the screen. Figure 10.3. If the “License Number” and the “Key” match, the Atomlab 960 software will display the message “DICOM Activated” and the <Activate DICOM > button will be grayed out.
DICOM Setup/Configuration Once the DICOM licensing part is complete, Atomlab 960 software will then display more setup options. Follow the steps below to complete the DICOM Setup/ configuration of the servers. Setup Procedure: Atomlab 960 software will display the following screen. The user must provide the necessary information.
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You may leave it as is unless the server setting is different. DICOM features – select the type of server, whether it’s a C-Store or Worklist Provider. Figure 10.6. Once all the information has been provided, it will look like the following screen. ATOMLAB 960 MEDICAL SPECTROMETER DICOM (OPTIONAL) 10-5...
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Figure 10.9. Repeat steps 4 to 7 to add the c-store provider and any additional servers. The screen will look as follows with multiple servers in the list. ATOMLAB 960 MEDICAL SPECTROMETER DICOM (OPTIONAL) 10-7...
Procedure To Add Patient From Worklist: Select <Home> screen of Atomlab 960 software. Then select <Testing>. Select <Thyroid Uptake> button. This will bring up the existing list of Patients in the Atomlab 960 software. To add a patient from the Worklist, select the <Add From Worklist> button.
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NOTE: Selecting the <Cancel> button on “Add Study” screen will take you back to the Worklist screen and no patient/study will be added to the Atomlab 960 database. It has to complete the cycle – add patient from Worklist and then add study for that patient and procedure to be listed in the Atomlab 960.
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At this point, the Patient was downloaded from the Worklist and is now ready for the thyroid uptake procedure. Please refer to the Atomlab 960 user manual to perform a thyroid uptake procedure. ATOMLAB 960 MEDICAL SPECTROMETER DICOM (OPTIONAL) 10-11...
Procedure: Go to Home screen of Atomlab 960 software. Then select <Testing>. Select <Thyroid Uptake> button. This will bring up the existing list of Patients stored in the Atomlab 960 software. Select and highlight the Patient from the list that was added from the Worklist. Any patient downloaded from Worklist will be marked as “Yes”...
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<Accept> button. This will display the preview of the thyroid uptake report in DICOM format. Figure 10.19. Confirm the report on the DICOM Report preview. Then select the <Send to DICOM > button to send it to the DICOM system. ATOMLAB 960 MEDICAL SPECTROMETER DICOM (OPTIONAL) 10-13...
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Upon entering the “Key” value on the screen, if the <Accept> button is pressed before selecting <Activate DICOM > button, Atomlab 960 software will display the following error message stating that “You have not activated DICOM, are you sure you want to close this screen?”...
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Deleting a patient from the Atomlab 960 software will delete Dicom patient? No. If any patient is deleted from the Atomlab 960 software, it will only delete the information from the Atomlab database and NOT from DICOM system. Once the patient is deleted from the Atomlab 960 software, it will delete all the associated study/test results of that patient in the Atomlab system.
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Check the value in the Modality Filter. If its set to wrong value, Patient list will be filtered accordingly. Also, check the Search filter option on “Worklist Patient Search” Screen. Make sure Name, Procedure Date, Worklist Provider, Accession Number are set accordingly. ATOMLAB 960 MEDICAL SPECTROMETER DICOM (OPTIONAL) 10-17...
Offers four different reports you can print. They consist of the following function: QA, Staff List, Wipe (includes wipe test results) and Isotope List (includes the information for each specific isotope by detector). Figure 11.1. Administrative or Clinical Reports screen. ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-1...
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Software Ver: 1.0.56.0 Page 1 of 1 Figure 11.4. Daily Calibration Spectrum Report from the QA Mode. NOTE: You can view and print the Calibration, Calibration/Constancy History from the QA Calibration/Constancy button in the QA Mode. ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-3...
Well - 122 (Well) 3/8/2013 3:08:22 PM 1,104 Tom Test Probe - 121 (Probe) 3/8/2013 3:04:28 PM 1,070 Comments : Signature : Date Signed : Software Ver: 1.0.66.0 Page 1 of 1 Figure 11.7. High Voltage Report. ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-5...
PHILLPS Other 23344 NEIGHBORS JANET Technologist 783789 SIMPSON THOMAS Other hgtg456778 SMITH SOPHIE Technologist 7452673 Comments : Signature : Date Signed : Software Ver: 1.0.57.0 Page 1 of 1 Figure 11.16. Staff Member Report. ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-11...
6. The report is now displayed. Select the <printer> icon to print the report. 7. Select <back> to return to Study Selection. Select <back> to return to the Select A Patient screen. Select <back> to return to the Clinical Reports screen. (See reports below.) ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-17...
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<Next>. Then highlight the study for the patient you desire and select <Reports>. Then select the type of test you want and select <Accept>. The selected report is displayed and can be printed. ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-19...
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2. The report is now displayed. Select the <printer> icon to print the report. 3. Select <back> to return to the Bioassay screen. Select <back> to return to the Clinical Reports screen. (See reports below.) ATOMLAB 960 MEDICAL SPECTROMETER REPORTS 11-21...
ROI. These three cursors display the channel number, energy in KeV, and the counts for the specific channel. 3. To move any ROI cursor, select the <left>, <data> or <right> cursor and then select the spectrum screen where you want the cursor. ATOMLAB 960 MEDICAL SPECTROMETER SPECTRUM ANALYSIS 12-1...
A. Appendix A Isotope Efficiency Calculation Your new Atomlab 960 features a 2" x 2" Tube Assembly configuration. The Operations Manual provides examples of geometric efficiency in Appendix A are based on a tube assembly diameter of 1.75". For the new 2" diameter Tube Assembly, the example values provided for geometric efficiency should read as follows: If the wipe or calibration source is placed 1/2"...
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X = Depth into the well, measured from the top surface Example: The Biodex Nal well dimensions have an I.D. = 0.75 inches and a well depth of 1.432 inches. When the wipe (or calibration source) is placed in the well, the isotope emitting radiation will not be at the very bottom.
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Hamilton Co., P.O. Box 10030, Reno, Nevada, 89520. Phone: 800-648-5950. After the source preparation, the efficiency can be measured by counting the source in the Administration Mode “Isotope Efficiency” page of the Atomlab 960. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX A A-3...
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The system shows the elapsed and remaining time. 12. Select <Analysis> to review the spectrum screen if desired, or <Next> to return to the Measure Efficiency screen. Isotope efficiency is now displayed. Select <Accept> or <Cancel>. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX A A-5...
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D.E. = (G.E. * D.E.) * 100% G.E. Note that the two terms (D.E. * G.E.) and G.E. are both calculated as percents in the earlier expressions and the above result preserves D.E. as a percentage. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX A A-7...
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96.816% = 13.04% A.) If the detector counts 54 cpm that is equivalent to the following dpm for the parameters listed above. Probe: 54 cpm/.02741% = 197,008 dpm Well: 54 cpm/13.04% = 414 dpm ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX A A-9...
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70.70 Tl-201 3.046 days 56.60 51.50 Yb-169 32.022 days Wide Window (Cs-137) 30 years 68.60 35.90 NOTE: It is recommended that users use the Empirical testing procedures for setting detector efficiency. Rev 5/27/13 ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX A A-11...
Arm: Counterbalanced, two section arm, moves 24.5" (62.2 cm) vertically and extends 31" (78.7 cm) horizontally from stand's vertical column. Casters: 4" Total locking Weight: 280 lb (127 kg) Combined weight with Well Counter: 330 lb (150 kg) Warranty: Two year parts and labor ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX B B-1...
The Atomlab 960 Thyroid Uptake System should not be used adjacent to or stacked with other equipment. If the Atomlab 960 Thyroid Uptake System is used while positioned adjacent to other equipment, it should be observed to verify normal operation in the configuration in which it will be used.
Manufacturer’s declaration electromagnetic emissions The Atomlab 960 Thyroid Uptake System is intended for use in the electromagnetic environment specified below. The customer or the user of the Atomlab 960 Thyroid Uptake System should assure that it is used in such an environment...
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Manufacturer’s declaration electromagnetic immunity The Atomlab 960 Thyroid Uptake System is intended for use in the electromagnetic environment specified below. The customer or the user of the Atomlab 960 Thyroid Uptake System should assure that it is used in such an environment.
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RF transmitters, an electromagnetic site survey should be considered. If the measured field strength in the location in which the Atomlab 960 Thyroid Uptake System is used exceeds the applicable RF compliance levels above, the Atomlab 960 Thyroid Uptake System should be observed to verify normal operation.
The Atomlab 960 Thyroid Uptake System is intended for use in the electromagnetic environment in which radiated RF disturbance are controlled. The customer or the user of the Atomlab 960 Thyroid Uptake System can help prevent electromagnetic interference by maintaining a minimum distance...
<Search> icon to rescan for the correct com port. • HV calibration failed. Confirm the Cs-137 source is properly positioned. If failure persists, please contact your service representative for assistance. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX D D-1...
5. Calculate the elapsed time (t) in the same units as the (T ) that will elapse between when the calibrated activity measurement was made and when you wish to know what the decayed activity of your radioisotope will be. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX E E-1...
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5. Look up X n (N) in Table 1. 6. Look up X r (R) in the Decay Factor Chart. 7. Calculate A f = A i x X n (N) x X r (R). ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX E E-3...
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= 0.693 / T where = half life specific to the radioisotope. So, using a calculator with the ex function, decay calculations can easily be performed, as shown in the first section of this appendix. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX E E-7...
4. The probability is that it should fail 20% of the time: 10% high and 10% low. This Chi-Square result should be between 4.168 and 14.684. ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX F F-1...
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Thyroid Uptake There are several methods that can be used in the Atomlab 960 a) Thyroid Uptake when recounting a standard !"#$%&' !"#!!"#$%&# !"#$% !"# Uptake % = x 100 !"#$%&'"( !"#$%#&%!!"# !"#$%&'()* b) Thyroid Uptake with decay correction of the dose !"#$%&' !"#!!"#$%&# !"#$% !"#...
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S ystem
D isplays
A s
1 62.3
d pm ATOMLAB 960 MEDICAL SPECTROMETER...
G. APPENDIX G – SCHEMATICS Schematics provided on the following pages include: • Monitor Stand Assembly • Stand Drawing (2 pgs.) • Block Diagram MCA • Well Counter Drawing ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX G G-1...
Nios II To D/A Const Peak Spectrum from A/D Line Embedded Scope Pulse Detector Memory Converter Restore Proc output Processor To USB Short Time Interface Const Pulse Processor To RS- Live Time Clock Interface ATOMLAB 960 MEDICAL SPECTROMETER APPENDIX G G-15...
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