GluVue - (Not GluView) Lucile Packard Children's Hospital at Stanford LPCH

A real-time clinical support tool for interpreting blood glucose data

GluVue is an innovative real-time clinical support tool developed by Stanford Medicine Children's Health to assist healthcare providers in interpreting blood glucose data from various sources such as glucometers and continuous glucose monitors (CGM). Designed to improve the efficiency and accuracy of glucose data interpretation, GluVue integrates seamlessly with electronic health records (EHR) and provides dynamic visualizations to detect patterns and trends in glucose levels.

The GluVue Dashboard

Once the patient's electronic health record (EHR) is linked to GluVue, this tool will detect patterns and generate multiple visualizations of glucose values from a specific dataset. Data collection can come from inpatient and outpatient visits, glucometers, continuous glucose monitor devices, and other methods within a specified timeframe.

GluVue provides customizable data parameters, allowing physicians to see visual data in a multitude of ways. This includes overviews of available data in a selected timeframe, comparison of multi-day data in one consolidated graph, and an Ambulatory Glucose Profile (AGP) - the new standard for displaying glucose monitor data.

< The Overview tab contains a glucose as a function of date plot to see an overall trend of the patient's glucose levels for the given date range. The Overview tab also contains a Glucose Management Indicator (GMI) which can be used to represent a patient’s A1c. The Daily Trend tab includes a glucose as a function of time plot, with distinct colors to represent time spent in designated glucose ranges. The Weekly Overlay tab includes a graph with all available blood glucose values as a function of time overlapped into a single modal week. Days of the week have unique colors to help identify trends. The AGP (Ambulatory Glucose Profile) tab provides a report with glucose statistics and a visual of time spent in certain glucose ranges. >