Average Glucose

 

Diabetes patients may be walking away from their medical appointments armed with new information to help them better improve and manage their diabetes. Like the familiar A1C test, the estimated average glucose, or eAG, is derived from glucose values taken over the course of three months. The eAG, however, is not reported as a percentage but in the same values seen via daily self-monitoring – mg/dl or mmol/l. The formula for determining average glucose is 28.7xA1C-46.7 = eAG.

The following chart translates A1C percentages into eAG:
 

 

If your A1C is this: eAG (Estimated Average Glucose) is this:
% mg/dl mmol/l
10.0% 240 13.4
9.0% 212 11.8
8.0% 183 10.1
7.0% 154 8.6
6.0% 126 7
5.0% 97 5.4

 



The new eAG term was introduced to help stem confusion after a new worldwide standardization of A1C analyses was set. The new values are 1.5 to 2 percentages points lower than the current standard. In addition, the new values were reported in millimoles per mole (mmol/l), whereas A1C results were always reported as percentages.

An international study was then conducted to look at the relationship between HbA1c and average glucose. The A1C-Derived Average Glucose Study revealed a close relationship between HbA1C and AG (average glucose). This relationship is the eAG, which applies to patients with both type 1 and type 2 diabetes. This new terminology now focuses on a single set of values for both daily glucose checks and long-term control.

Last Modified Date: June 07, 2013

All content on dLife.com is created and reviewed in compliance with our editorial policy.

Sign up for FREE dLife Newsletters

dLife Membership is FREE! Get exclusive access, free recipes, newsletters, savings, and much more! FPO

Congratulations!
You are subscribed!
Congratulations!
You are subscribed!
Congratulations!
You are subscribed!
138 Views 0 comments
by Brenda Bell
There was a test strip that X used. There was blood on edge of the test strip that X used. The test strip that X used had sat on the desk. The desk is now tainted by the blood on the test strip that X used. There was work on the desk. The work is now tainted from the desk that held the test strip that X used. The work was picked up by Y. Y's hands are now contaminated by X's blood from the test strip that lie on his desk when Y's work was...