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纳米金属传感材料理性设计在电化学非酶葡萄糖传感器领域具有重要的研究意义。通过调整纳米结构,协同耦合多元复合材料将有助于显著提升对葡萄糖的电化学催化响应,实现人体血糖浓度的精密检测及糖尿病的早期预防。以结构调控为切入点,综述了典型纳米金属传感材料的构建方法、结构及性能,为进一步开发新型传感材料提供思路。
The rational design of nano-metal sensing material has important research significance in the field of electrochemical non-enzymatic glucose sensor. By adjusting the nanostructures, synergistic coupling of multiple composite materials will help to significantly improve the electrochemical catalytic response to glucose, to achieve the precise detection of human blood glucose levels and early prevention of diabetes. Taking structural adjustment as the starting point, the construction methods, structure and properties of typical nano-metal sensing materials are summarized, which provide a new idea for further development of new sensing materials.