提出了一种基于金属离子螯合作用的压电免疫传感器新型固定化方法。
A new antibody immobilization approach has been proposed for the piezoelectric immunosensors through metal ion chelation.
生物分子固定化或传感界面设计技术是研制压电免疫传感器的关键之一。
The immobilization of biomolecules or the design technology of sensing interface is one of the key factors for piezoelectric immunosensors.
目的：研制一种新型、快速的用于检测乙肝表面抗原的压电免疫传感器。
Objective: To develop a new kind of piezoimmunosensor which can detect the HBsAg in a short time.
介绍了压电免疫传感器的压电质量传感原理、免疫反应及压电免疫传感过程。
The principle of piezoelectric mass sensitivity, immune reaction and piezoelectric immune sensitivity were introduced.
本文就压电免疫传感器及压电基因传感器在微生物、蛋白质及基因检测等方面的研究应用作一综述。
This review focused on the study and the use of piezoelectric biosensor, such as detection of the bacterial.
本文就压电免疫传感器及压电基因传感器在微生物、蛋白质及基因检测等方面的研究应用作一综述。
This review focused on the study and the use of piezoelectric biosensor, such as detection of the bacterial.
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