Systems and Methods for Improved In Vivo Analyte Sensor Function
AssigneeAbbott Diabetes Care Inc.
InventorsBenjamin J. Feldman, Zenghe Liu
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Abstract
An analyte sensor comprising: an insertion tip configured for insertion below a tissue of a user, the insertion tip comprising: a working electrode comprising a sensing layer disposed thereon and a membrane layer disposed at least partially over the sensing layer; a substrate; and a counter electrode. Wherein a polymer layer comprising at least an immunosuppressant is disposed on an exterior surface of the working electrode, the substrate, or the counter electrode, the polymer layer being separate from the sensing layer and the membrane layer.
Claims20
An analyte sensor comprising:
- an insertion tip configured for insertion below a tissue of a user, the insertion tip comprising:
- a working electrode comprising a sensing layer disposed thereon and a membrane layer disposed at least partially over the sensing layer;
- a substrate;
- and
- a counter electrode,
- wherein a polymer layer comprising at least an immunosuppressant is disposed on an exterior surface of the working electrode, the substrate, or the counter electrode, the polymer layer being separate from the sensing layer and the membrane layer.
A method comprising:
- detecting signals representative of an in vivo analyte level using an analyte sensor comprising an insertion tip configured for insertion below a tissue of a user, the insertion tip comprising:
- a working electrode comprising a sensing layer disposed thereon and a membrane layer disposed at least partially over the sensing layer;
- a substrate;
- and
- a counter electrode,
- wherein a polymer layer comprising at least an immunosuppressant is disposed on an exterior surface of the working electrode, the substrate, or the counter electrode, the polymer layer being separate from the sensing layer and the membrane layer.
Dependencies are inferred from the claim text.