...取代酶，与电极组合成检测精氨酸的微生物电极(microbial sensor)，几乎同时，Karube报道了检测抗原的免疫传感器(immunol sensor)，随后，又相断出现了细胞器传感器(organella sensor)和组织传感器(tissue sensor)等。
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... 甘油-反油酸酯;一反油酸精;monoelaidin 免疫传感器;免疫电极;immunosensor;immunoelectrode 放射免疫电泳;radioimmunoelectrophoresis ...
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The main contents are as follows:(1) A simple, rapid and highly sensitive piezoelectric immunosensor has been proposed and applied to detect aflatoxin B1 (AFB1).
主要内容如下:(1)研制了一种简单、快速、灵敏的压电免疫传感器,用于黄曲霉毒素B1的检测。
参考来源 - 基于信号放大技术的压电生物传感器制备及应用In this article， several kinds of common immunosensors and the development of their transducers are introduced． Meanwhile， some problems in the fabrication of immunosensor such as immobilization method and reproduction are discussed．
本文介绍了几种常见免疫传感器及其换能器的发展概况，同时也对免疫传感器制作中的固定方法和再生性等问题进行了探讨。
参考来源 - 免疫传感器的发展与制作 Development and fabrication of immunosensor·2,447,543篇论文数据，部分数据来源于NoteExpress
电化学酶联免疫传感器广泛应用于临床检测、生化分析等领域。
Electrical Enzyme-linked Immunosensor (EEIS) has been widely applied to the clinical and biochemical analysis.
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.
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