METHOD FOR THE INDIVIDUALIZED CALIBRATION OF ANALYTE SENSORS

An analyte monitoring system, comprising a sensor control device and an on-body electronics unit. The sensor control device has an in vivo analyte sensor adapted to sense a level of an analyte in vivo, wherein a first portion of the in vivo sensor is configured to be positioned beneath a skin surfac...

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Bibliographische Detailangaben
Hauptverfasser: SCOTT, Steven, PATEL, Dharmendra S, CRANFIELD, Katie A, TAUB, Marc B, YAHNKE, Mark S, BHOGAL, Claire, WINTER, Bree M, KAHN, Tahir S, BENNELL, Christopher J, BABKA, Jean-Pierre, THOMAS, Christopher A, HOSS, Udo, REYNOLDS, Owen D
Format: Patent
Sprache:eng ; lit
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Beschreibung
Zusammenfassung:An analyte monitoring system, comprising a sensor control device and an on-body electronics unit. The sensor control device has an in vivo analyte sensor adapted to sense a level of an analyte in vivo, wherein a first portion of the in vivo sensor is configured to be positioned beneath a skin surface of a user in a subcutaneous space and a second portion of the in vivo sensor is configured to remain outside the user. The on-body electronics unit is communicatively coupled with the in vivo analyte sensor and comprises a non-transitory memory, wherein individualized calibration information is stored in the memory, wherein the individualized calibration information is based on a representation of a measured manufacturing parameter of the in vivo analyte sensor, and wherein the individualized manufacturing parameter is an electrical characteristic and is specific to the in vivo analyte sensor.