Abstract

Over the sixty years since glucose biosensor was introduced, development of glucose biosensor had experienced three generations. Considering the increasing demand of glucose biosensor, research and development has been carried out for more promising nonenzymatic glucose biosensor. Compared to the traditional enzyme-based glucose biosensor, nonenzymatic sensor is more capable to continuous glucose detection and has higher stability. Additionally, nonenzymatic glucose biosensor has a lower fabrication cost, which can be beneficial to the wide range of patients with the need for constant checking for blood glucose concentration. This paper introduces two proposed nonenzymatic glucose detection models: activated chemisorption and incipient hydrous oxide adatom mediator. As the developing trend of glucose biosensors is toward wearable and continuous glucose monitoring, two wearable sensors and working principles are introduced. This paper describes the application progress of different types of materials in enzyme-free blood glucose sensors, puts forward the existing problems in the application of enzyme-free blood glucose sensors, and looks forward to its future application prospects.

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