Review of Glucose Oxidases and Glucose Dehydrogenases: A Bird's Eye View of Glucose Sensing Enzymes
Обзор глюкозооксидаз и глюкозодегидрогеназ: общий взгляд на ферменты, применяемые для определения глюкозы
2011-09-01
SCID: 54.1/c2xc6g2e
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blood glucose monitoringglucose dehydrogenasesglucose oxidasesglucose sensorsoxidoreductases
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Abstract (AI)
The evolution from first-generation through third-generation glucose sensors has witnessed the appearance of a number of very diverse oxidoreductases, which vary tremendously in terms of origin, structure, substrate specificity, cofactor used as primary electron acceptor, and acceptable final electron acceptor. This article summarizes our present knowledge of redox enzymes currently utilized in commercially available glucose monitoring systems to promote a fuller appreciation of enzymatic properties and principles employed in blood glucose monitoring to help avoid potential errors.
Key Findings
1
Glucose monitoring technologies have evolved from first- to third-generation sensors using increasingly diverse oxidoreductases.
2
Glucose oxidases and dehydrogenases differ substantially in origin, structure, substrate specificity, primary electron-accepting cofactor, and terminal electron acceptor.
3
The review summarizes redox enzymes used in commercially available glucose monitoring systems.
4
Understanding enzymatic properties and electron-transfer principles is important for interpreting blood glucose measurements and avoiding potential errors.
Research Object
Glucose oxidases and glucose dehydrogenases used in commercially available glucose monitoring systems
Research Subject
The enzymatic properties and electron-transfer principles governing glucose sensing, including enzyme origin, structure, substrate specificity, cofactors, and final electron acceptors
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2011-09-01
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