Roche Diagnostics Operations, Inc.

Roche Diabetes Care, Inc.

Boehringer Mannheim Gmbh

Roche Diagnostics Gmbh

Roche Diagnostics International Ag

F. Hoffmann-La Roche Ag

Peter Blasberg

Matthias Koehler

Karl Werner

Manfred Aigner

Alfred Kloos

Hans-Peter Haar

Frank Deck

Hanspeter Heiniger

Christoph Cronrath

Dirk Bocker

Reinhard Kotulla

Bernhard Guennewig

Genrikh Siris

Wilfried Muller

Christian Habermann

Guenter Handwerker

Matthias Köhler

Mariusz Tracz

Bernhard Günnewig

A system and method for analyzing measured blood glucose values is disclosed, wherein the system includes a display device, a memory device, and a processor having program instructions which when executed cause the processor to provide blood glucose measurement information including a plurality of measured blood glucose values collected within a measurement time frame, perform a pre-analysis of the blood glucose measurement information, provide analysis data representing statistical blood glucose level information for the plurality of measured blood glucose values by performing an analysis of the plurality of measured blood glucose values, and provide output analysis data representing the analysis data, wherein the provision of analysis data and/or the provision of output analysis data are performed if, in the step of performing the pre-analysis, at least one of the following control checks is positive a fidelity check, and an adherence check.

Systems and methods for performing an analysis of measured blood glucose values

The present invention provides a blood glucose system for treating a glucose metabolic disorder. The system includes a dosing device having a counter for generating a count and memory for storing dose quantities and counts, a blood glucose measuring device having memory for storing blood glucose measurements and measurement times, and a data processor for receiving data from the dosing device and blood glucose measuring device and converting counts to actual times. The data processor synchronizes the counts with the measurement times using a time standard.

Blood glucose system having time synchronization

A device is provided for determining blood glucose characteristics including a display configured for presenting a graphical representation of a plurality of measurements of blood glucose values, wherein the graphical representation comprises a trend indicator indicating an approximate value trend in the sensed blood glucose value over a recent series of measurements, based on graphical segments having different graphical styles assigned to different ranges of sensed blood glucose values to indicate a transition from a first range to a second range of sensed blood glucose values. An associated method for operating a device for determining blood glucose characteristics is also provided.

Device and method for determining blood glucose characteristics

The disclosure relates to a method for monitoring the operation of a medication delivery device, the method comprising the steps of: providing a medication delivery device, the medication delivery device comprises a medication delivery module, providing an electronic module coupled to the medication delivery device, the electronic module comprises a sensor element, a control element, and a storing element, detecting, using the sensor element, signals generated in response to a measurable operation of the medication delivery module, generating electronic data by processing, using the control element, electronic information derived from the detected signals, the electronic data comprises information about a medication delivery characteristic of at least one measurable operation of the medication delivery module, and storing the electronic data in the storing element.

Method for monitoring the operation of a medication delivery device, an electronic module, and a medication delivery system

A method and system is disclosed that enables a less error-prone and preferably automatic assignment of pre-prandial and post-prandial blood glucose values associated with a meal to improve determining the difference between pre-prandial and post-prandial blood glucose measurements as follows. Blood glucose measurements are read and provided with a relative or absolute time mark and labeled as pre-prandial and reading out post-prandial blood glucose measurements provided with a relative or absolute time mark from the memory of a blood glucose measuring instrument. The chronological sequence of the blood glucose measurements labeled as pre-prandial are determined. The post-prandial blood glucose measurements that correspond to each of the pre-prandial blood glucose measurements are determined by applying a time selection criterion. The difference between corresponding pre-prandial and post-prandial blood glucose measurements is determined. The difference values are displayed that have improved diagnostic value.

Method and system for determining the difference between pre-prandial and post-prandial blood glucose values

The invention generally relates to a communication adapter for use with an ambulant medical device. The device carries out a data transmission to the communication adapter that carries out a data transmission to a computer by means of a data connection. The communication adapter processes the data to be read-out from the devices in such a fashion that it can be displayed on a computer without the use of specific software.

Communication adapter for ambulant medical or therapeutic devices

Method for monitoring insulin medication in which blood sugar values are determined before and after a meal. The difference between these measured values is plotted against a quotient calculated from the bread units ingested during the meal and the insulin units used to compensate for these bread units. Displaying many such points on a graph provides criteria for improving the insulin medication.

Method for monitoring insulin medication

Analytical system for monitoring patient blood concentration of a substance to be analyzed, comprising analysis-elements (12) containing reagents and an evaluation instrument comprising a measurement device to measure a change resulting from a reaction of the analyte with the reagents in order to determine, from the measurement values so obtained, analytical data representing element analysis data C.sub.A. In order to allow continuous monitoring of the analyte with good accuracy and a reduced number of invasive sample generation steps it is proposed that the analytical system further comprises (i) a sensor unit (2) portable on the patient body, said sensor unit (2) including a sensor (7) borne on the patient body for the direct and reagent-free measurement of a parameter correlating with the concentration of the analyzed substance and a transmitter for the wireless transmission of data signals; and (ii) a sensor-analysis means to ascertain sensor-analysis data C.sub.S from the measurement values of said parameter measured by said sensor; and the evaluation instrument further comprises a receiver to receive in wireless manner the data signals from the sensor unit (2), calibration means to calibrate the sensor-analysis data C.sub.S on the basis of the element-analysis data C.sub.A and (iii) a data memory for the long-term storage of analytical data, whereby said evaluation instrument forms a central unit (3) of an integrated analysis-element/sensor monitoring system (1).

Analytical system for monitoring a substance to be analyzed in

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Weinheim, Germany

Peter Blasberg