Abstract:
An in vivo method and apparatus for detecting an analyte in an individual. A sensor that includes a fluorescence reagent is placed in communication with the body fluids of the individual suspected of containing the analyte in such a way that once in place said sensor does not exit the skin of the individual. The sensor is configured to retain the fluorescence reagent while allowing analyte to diffuse into and out of said sensor. The sensor is illuminated transdermally, and the fluorescence from the fluorescence reagent associated with the presence of the analyte is measured.
Abstract:
A method and device for the quantification of the concentration of glucose in blood and other body fluids, as well as samples derived from such fluids. The concentration of glucose being measured so as to enable a determination of the relative concentration of glucose in the sample to what is considered to be normal physiological limits. The device utilized in the measurement is a solid support to which is bound a member of a specific binding pair. Nonradioactive detection means are employed. A related device for in vivo testing is disclosed.