Real-Time Improvement of Continuous Glucose Monitoring Accuracy

Diabetes Care: November 19, 2012

OBJECTIVE Reliability of continuous glucose monitoring (CGM) sensors is key in several applications. In this work we demonstrate that real-time algorithms can render CGM sensors smarter by reducing their uncertainty and inaccuracy and improving their ability to alert for hypo- and hyperglycemic events.

RESEARCH DESIGN AND METHODS The smart CGM (sCGM) sensor concept consists of a commercial CGM sensor whose output enters three software modules, able to work in real time, for denoising, enhancement, and prediction. These three software modules were recently presented in the CGM literature, and here we apply them to the Dexcom SEVEN Plus continuous glucose monitor. Read more

Be Sociable, Share!
National Minority Quality Forum
Clinical Trial Engagement Network Map Childhood Obesity MapHIV Z-Atlas: Peripheral Arterial Disease Atlas Map Lung Cancer Index Z-Atlas: Chronic Kidney Disease AFIB Index Cardiometabolic Health Aliance Minority Diabetes Coalition U.S. Diabetes Index County Edition U.S. Diabetes Index Research Edition Medicare Index Medicare Index Stroke Edition About The Minority Stroke Working Group Hepatitis C Disease Index Lead Risk Index Map MRSA StrokePAD Minority Index The South Texas Diabetes Initiative Minority Stroke Consortium YouTube NMQF Videos IPAB Action Center National Health Index

© 2012 National Minority Quality Forum, Inc. All Rights Reserved.