SYSTEM AND METHOD TO DETECT ELECTROCHEMICAL ANALYTE Russian patent published in 2016 - IPC G01N27/49 

Abstract RU 2573612 C2

FIELD: measurement equipment.

SUBSTANCE: invention relates to facilities to detect analyte in biological fluids. According to the invention, the method is proposed to detect concentration of glucose measured by a system with a test strip and a meter with a test circuit comprising a microprocessor, besides, the method includes: supply of the first test voltage by the test circuit between a comparison electrode and the second working electrode, coated with a reagent layer, a test strip and supply of the second test voltage between the comparison electrode and the first working electrode coated with a reagent layer; measurement of the first test current, the second test current, the third test current and the fourth test current on the second working electrode after application of a blood sample onto the test strip; measurement of the fifth test current on the first working electrode; detection of glucose concentration by the microprocessor on the basis of the first, second, third, fourth and fifth test currents; and a message about glucose concentration, at the same time the first test current is measured from approximately 0.98 to approximately 1.00 second after start of measurement.

EFFECT: invention provides for increased accuracy of measurement due to reduction of haematocrit-dependent deviations.

24 cl, 11 dwg, 1 tbl

Similar patents RU2573612C2

Title Year Author Number
GLUCOSE MEASUREMENT METHOD AND SYSTEM 2010
  • Makkoll Devid
  • Kreggz Adam
  • Makintosh Stefen
  • Blit Stiv
  • Kardosi Marko
RU2606769C2
METHOD OF MEASURING ANALYTE AND SYSTEM WITH HEMATOCRIT COMPENSATION 2011
  • Kreggz Adam
  • Malecha Majkl
  • Blit Stiv
RU2602170C2
TEMPERATURE COMPENSATION FOR ANALYTE MEASUREMENT ON BASIS OF SPECIFIED TIME FOR SAMPLING ACTION FOM PHYSICAL CHARACTERISTICS OF SAMPLE CONTAINING ANALYTE 2014
  • Malecha Majkl
RU2674706C2
EXACT ANALYST MEASUREMENT FOR ELECTROCHEMICAL TEST STRIP 2012
  • Malecha Majkl
  • Smit Entoni
  • Makkoll Devid
RU2632274C2
ERROR TRAP FOR ABNORMAL SIGNAL FOR MEASURING ANALYTE 2014
  • Makintosh, Stefen
RU2684931C2
IMPROVED ANALYTE MEASUREMENT TECHNIQUE AND SYSTEM 2013
  • Matzinger David
RU2696267C2
IMPROVED PROCEDURE AND SYSTEM OF ANALYTE MEASUREMENT 2013
  • Mattsinger Devid
RU2646476C2
SYSTEMS AND METHODS FOR HIGH-ACCURACY ANALYTE MEASUREMENT 2010
  • Shatel'E, Ronal'D, S.
  • Khodzhes, Alastehr, M.
RU2564923C2
FILL ERROR TRAP FOR ANALYTE MEASUREMENT DETERMINED FROM SPECIFIED SAMPLING TIME DERIVED FROM SENSED PHYSICAL CHARACTERISTIC OF SAMPLE CONTAINING ANALYTE 2014
  • Makintosh Stefen
RU2656267C2
SYSTEMS AND METHODS FOR IMPROVED STABILITY OF ELECTROCHEMICAL SENSORS 2011
  • Shatele Ronald S.
  • Khodzhes Alaster M.
RU2647473C2

RU 2 573 612 C2

Authors

Malecha Majkl

Krehggz Adam

Dates

2016-01-20Published

2011-03-30Filed