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Estimation of Average Blood Glucose Values Based on Fructosamine Values

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ABSTRACTIntroductionThe fructosamine is originated of the glycation of plasmatic proteins, especially albumin, in addition to immunoglobulins and proteins diverse. It constitutes an alternative biomarker of glycemic control when glycated hemoglobin is not indicated for this purpose.ObjectiveTo define the mathematical relationship between fructosamine and average glucose values.MethodThe study comprised the laboratorial data collected of 1227 diabetic subjects (type 1 and type 2). Fructosamine levels obtained at the end of three weeks and measured were compared with the average glucose levels of the three previous weeks. The average glucose levels were determined by the weighted mean of the daily fasting capillary glucose results performed during the study period, and the plasma glucose taken at the time of the fructosamine.ResultsA total of 9,450 glucoses were performed. Linear regression analysis between the fructosamine and average glucose levels showed that each increase of 1.0 µmol/L in fructosamine increase 0.5mg/dL in the average glucose levels as evidenced in the equation forward: Average glucose levels = 0.5157 x Fructosamine - 20. According to the coefficient of determination (r2 = 0.353492, P < 0.006881), making it possible to calculate the estimated average glucose according to the frutosamine values.ConclusionFructosamine levels can be expressed as average glucose levels for assessing the metabolic control of diabetic patients.
Title: Estimation of Average Blood Glucose Values Based on Fructosamine Values
Description:
ABSTRACTIntroductionThe fructosamine is originated of the glycation of plasmatic proteins, especially albumin, in addition to immunoglobulins and proteins diverse.
It constitutes an alternative biomarker of glycemic control when glycated hemoglobin is not indicated for this purpose.
ObjectiveTo define the mathematical relationship between fructosamine and average glucose values.
MethodThe study comprised the laboratorial data collected of 1227 diabetic subjects (type 1 and type 2).
Fructosamine levels obtained at the end of three weeks and measured were compared with the average glucose levels of the three previous weeks.
The average glucose levels were determined by the weighted mean of the daily fasting capillary glucose results performed during the study period, and the plasma glucose taken at the time of the fructosamine.
ResultsA total of 9,450 glucoses were performed.
Linear regression analysis between the fructosamine and average glucose levels showed that each increase of 1.
0 µmol/L in fructosamine increase 0.
5mg/dL in the average glucose levels as evidenced in the equation forward: Average glucose levels = 0.
5157 x Fructosamine - 20.
According to the coefficient of determination (r2 = 0.
353492, P < 0.
006881), making it possible to calculate the estimated average glucose according to the frutosamine values.
ConclusionFructosamine levels can be expressed as average glucose levels for assessing the metabolic control of diabetic patients.

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