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SYSTEM AND METHOD FOR DESIGNING QUALITY CONTROL (QC) RANGES FOR MULTIPLE CLINICAL DIAGNOSTIC INSTRUMENTS TESTING THE SAME ANALYTE

InventionPending
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17Claims · 3 independent
§ Ⅰ

Dossier Overview

Inventor

John C. Yundt-Pacheco; Curtis A. Parvin

IPC Classification

G16H 10/40G1N 35/

CPC Classification

G16H10/40G1N35/623G1N35/871G1N2035/9G1N2035/91

Systems and methods for performing testing of a single analyte on a group of multiple clinical diagnostic analyzers, or a single clinical diagnostic analyzer having multiple analytic units, or combinations thereof, are disclosed. A mean and SD for each individual instrument are input to at least one of the instruments along with a QC rule to be used, the probability of false rejection function for the QC rule, and a desired false rejection rate. A group mean and a group SD are calculated to satisfy the desired false rejection rate and QC rule and loaded into each individual instrument for use in testing the single analyte at each individual instrument.

Original (Chinese)

Systems and methods for performing testing of a single analyte on a group of multiple clinical diagnostic analyzers, or a single clinical diagnostic analyzer having multiple analytic units, or combinations thereof, are disclosed. A mean and SD for each individual instrument are input to at least one of the instruments along with a QC rule to be used, the probability of false rejection function for the QC rule, and a desired false rejection rate. A group mean and a group SD are calculated to satisfy the desired false rejection rate and QC rule and loaded into each individual instrument for use in testing the single analyte at each individual instrument.

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