Ability to Capture Current, Replenished, and Shortages of PPE

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    • Type: Change Request
    • Resolution: Not Persuasive
    • Priority: Highest
    • Situation Awareness for Novel Epidemic Response (FHIR)
    • current
    • Public Health
    • Situational Awareness Measures
    • 2.2.5.4
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      Section 2.2.5.4 is an example, not a mandate of how the information must be calculated. As such, it is outside the area of influence on how that ratio is calculated.

      We welcome NIOSH to use the SANER framework for the creation of the specific US Realm measures they are interested in reporting

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      Section 2.2.5.4 is an example, not a mandate of how the information must be calculated. As such, it is outside the area of influence on how that ratio is calculated. We welcome NIOSH to use the SANER framework for the creation of the specific US Realm measures they are interested in reporting
    • David Pyke/Keith Boone: 22-0-0

      Service time describes the efficacy of the process being measured, however, application of a ratio measure may not be applicable for assessing service time for personal protective equipment. Refer to NIOSH's PPE Burn Rate Calculator: https://www.cdc.gov/coronavirus/2019-ncov/hcp/ppe-strategy/burn-calculator.html. Through previous NIOSH funded research with C4MI, analysis algorithms were able to be developed to evaluate PPE supply and demand trends within and across nation's hospitals. Initial algorithms can be further assessed to inform utility in identifying replenished rates and warning levels broken down by manufacturer and model for PPE supply disruptions.

      Existing Wording:

      None

      Proposed Wording:

      As a measure of the efficacy of the process being measured, service time may also be determined by considering how quickly personal protective equipment is being replenished and how quickly PPE is being used. Capturing PPE backorders or delivery delays may serve as a helpful and early indicator of supply chain disruptions. Similarly, measures capturing how many gloves, gowns, respirators, and masks that are being used each day can be used with current supply data to determine if sufficient quantity is available to meet demand.

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            Unassigned
            Reporter:
            genny_luensman
            genny_luensman
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              Created:
              Updated:
              Resolved: