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Hu-Friedy SporeCheck IMS

Hu-Friedy SporeCheck IMS

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SporeCheck Presentation Transcript

  • 1.  
  • 2.
    • In this tutorial you will learn:
      • Why sterilization monitoring?
      • Steps of Instrument Processing
      • How SporeCheck works
      • Features and Benefits of SporeCheck
  • 3. Instrument Processing
    • 1. Cleaning
    • Inspection
    • Packaging
    • Sterilization
    • Storage & Delivery
    • 6. Quality Assurance (Sterilizer Monitoring)
    There are six (6) recommended steps for Instrument Processing. Sterilization monitoring is part of Quality Assurance.
  • 4. Sterilization Monitoring Let’s take just a few minutes to review sterilization monitoring before we get into the details of Hu-Friedy’s SporeCheck. Sterilization Monitoring 101
  • 5. Why use sterilization monitoring?
    • Various factors may potentially cause the failure of instruments to be properly sterilized:
      • Poor office procedures & safeguards
      • Lack of staff training
      • Improper cleaning of instruments
      • Improper packaging or incorrect packaging materials
      • Overloading or improper loading
      • Failure to allow adequate separation in the sterilizer
      • Improper time and/or temperature
      • The sterilizer may not be functioning properly
  • 6. What is Monitoring?
    • According to CDC Guidelines …
    • Monitoring of sterilization procedures should include a combination of process parameters, including mechanical , chemical , and biological .
    • These parameters evaluate both the sterilizing conditions and the procedure's effectiveness.
  • 7. Types of Sterilization Monitoring
    • Mechanical
    • Mechanical techniques for monitoring sterilization include assessing cycle time, temperature, and pressure by observing the gauges or displays on the sterilizer and noting these parameters for each load prior to unloading the sterilizer.
    • Correct readings do not ensure sterilization, but incorrect readings can be the first indication of a problem.
  • 8. Types of Sterilization Monitoring
    • Chemical
    • Chemical indicators, internal and external, use sensitive chemicals to assess physical conditions (e.g., time and temperature) during the sterilization process.
    • Although chemical indicators do not prove sterilization has been achieved, they allow detection of certain equipment malfunctions, and they can help identify procedural errors.
      • It is recommended that each instrument pack have both internal and external indicators.
    IMS-1240
  • 9. Types of Sterilization Monitoring
    • Biological Monitors (Spore Tests)
    • Biological indicators (BIs) are the most accepted method for monitoring the sterilization process because they assess it directly by killing known highly resistant microorganisms.
    • Because spores used in BIs are more resistant and present in greater numbers than the common microbial contaminants found on patient-care equipment, an inactivated BI indicates other potential pathogens in the load have been killed.
    SporeCheck
  • 10. When do I use Biological Monitors?
    • Correct functioning of sterilization cycles should be verified for each sterilizer by the periodic use (at least weekly) of BIs.
    • Every load containing implantable devices should be monitored.
    • In-office biological monitoring and mail-in sterilization monitoring services can also be used to test both the BI and the control.
  • 11. Biological Monitoring
    • Who recommends Biological Monitoring?
    • CDC (Center for Disease Control)
    • OSHA (Occupational and Safety Health Administration)
    • ADA (American Dental Association)
    • OSAP (Organization of Safety and Asepsis Procedures)
    • VA (Veteran’s Affairs)
    • AAMI (Assoc. for the Advancement of Medical Instrumentation)
    • AORN (Association of Operating Room Nurses)
    • Many state and local agencies
  • 12. State Requirements For Spore Testing Some state dental boards mandate spore testing at an indicated frequency: Weekly: Alabama California Georgia Hawaii Idaho Kansas Louisiana Massachusetts Minnesota Mississippi North Carolina New Mexico Ohio Oregon Pennsylvania South Carolina South Dakota Texas Washington Wisconsin Monthly: Arkansas Florida Indiana Mandated (no frequency indicated): Oklahoma Tennessee
  • 13. How Do I Use An In-Office Biological Monitoring System?
  • 14. Step 1
    • Note the sterilizer number and load number on the BI vial label.
  • 15. Steps 2-4
    • Step 2 - Place the BI vial inside an instrument tray, peel pouch, cassette, or challenge pack.
    • Step 3 - Test the most challenging area in the sterilizer (the bottom self near the door or over the drain of a large sterilizer)
    • Step 4 – Process the load according to sterilizer manufacturer’s instructions.
      • BI testing should be done in a fully loaded sterilizer.
      • Never run a BI test on a sterilizer that has not been properly warmed up.
  • 16. Step 5-6
    • Step 5 - Retrieve the BI Vial and confirm that the chemical indicator has turned brown. If not, re-run with new BI vial.
    • Step 6 – After the vial has cooled, activate the processed BI vial and a control (unprocessed) BI vial by using the vial crusher.
  • 17. Steps 7-8
    • Step 7 – Incubate for 24 hours both the control and the processed BI vials.
    • Step 8 – Test Results
      • No color change in purple media after processing indicates proper sterilization.
      • Color change to yellow indicates a positive result and should be reported immediately. Control vials should be yellow .
    Negative (good) Positive (bad) (-) Good (+) Bad
  • 18. Step 9
    • Record any negative (purple) results in the Sterilizer Record Notebook.
    • Any positive (yellow) results should be recorded and reported immediately to a supervisor.
  • 19. What if a test fails?
    • If the chemical indicator fails to change color or the spore test result is positive (yellow), the following steps are recommended:
      • Take the sterilizer out of service
      • Ascertain that the sterilization process was followed in order to rule out “operator error”
      • Correct any identified procedural errors and retest the sterilizer using biological, mechanical, and chemical indicators.
    • If the repeat tests are negative (purple) , the sterilizer can be returned to service.
  • 20. Additional Testing
    • Additional testing is recommended when any changes are made in sterilization procedures.
    • When a new sterilizer is used, a long duration of time exists between uses, or a repaired unit has been returned to operation.
    • Every time an implant is run in a load.
    • Anytime there is a positive test result.
    • (color change from purple to yellow )
  • 21. Introducing Hu-Friedy’s SporeCheck Record Notebook Dry Block Incubator Vial Crusher Self-Contained Steam Biological Indicators (25 vials) What is SporeCheck? A quick and accurate approach to steam sterilizer testing. SporeCheck is an easy-to-use, in-office, biological monitor testing system with results in 24 hours, the fastest on the market. It is the most efficient and reliable way to validate the proper functioning of your steam sterilizer.
  • 22. Features and Benefits Regulatory compliance is an important element of a smooth-working, quality practice. Meets all federal, state and local guidelines for sterilizer testing. Complete control over all processes and gets the results first-hand. In-office testing supports high quality standards. Testing and results in office. Fastest results in biological monitoring. Mail-in tests take over a week and other in-office tests can take 48 hours or more. Incubation test results in only 24 hours. Benefits Features
  • 23. Features and Benefits In-office processing saves the hassle of mailing, waiting, and not promptly knowing the results. Convenience. Everyone has peace of mind that the equipment used to sterilize instruments is working properly. Good records are the best insurance policy that can be purchased. Reliable testing results. Any staff member can be easily and quickly trained in only minutes to conduct the BI testing and record results. Simple to use. Benefits Features
  • 24. Features and Benefits Conversion of current users of in-office BI testing is easy since our vials will fit existing dry block incubators. Fits existing dry block incubators. The results are clear and require no interpretation. When the vial turns from purple to yellow after incubation, the test results are positive. Visible color change when results are positive. One vial does it all. SporeCheck can be used with all --- gravity, pre-vacuum, and flash (Statim) sterilizers. Supports all steam sterilization processes. Benefits Features
  • 25. Summary
    • Hu-Friedy’s SporeCheck is a quick and accurate approach to in-office steam sterilization monitoring.
    • It is the fastest biological indicator (BI) monitoring system on the market, providing reliable results in 24 hours while being in compliance with local, state and federal guidelines.
    • The SporeCheck starter kit includes a record notebook, self-contained steam biological indicators, vial crusher, and dry block incubator.
  • 26. Conclusion
    • As a clinician, SporeCheck:
      • Helps to optimize office flow which reduces stress
      • Helps to manage assets and operational costs
      • Allows for safer practices
      • Creates a professional and marketable environment
      • All while promoting a positive and dedicated dental team
  • 27. Qualifying Question
    • Thank you for taking the time to learn more about Hu-Friedy’s SporeCheck .
    • To earn your Hu-Points towards a product evaluation, please exit and answer the following question on the Member Resources Page:
    • In this presentation, we illustrated the steps in the SporeCheck Monitoring process. Which step did we use the vial crusher?
    • Step 2
    • Step 3
    • Step 6
    • Step 7
    • Step 9