An ELISA-based amperometric biosensor within a photo-patternable adhesive microfluidic channel

机译：可光图案化粘合剂微流体通道内基于ELISA的安培生物传感器

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We present an amperometric biosensor enhanced by redox cycling under laminar flow at microelectrodes. The device integrates the enzyme-linked immunosorbent assay and the interdigitated electrode array within a photo-patternable adhesive microfluidic channel. The adhesive enables us to perform high quality bioassay within a microfluidic channel. Laminar flow enhances the mass transport not only from enzymatic region to the redox cycling electrodes, but also between the redox cycling electrodes. As a result, the performance of biosensors is enhanced.

机译：我们提出了一种在微电极层流下通过氧化还原循环增强的安培生物传感器。该设备将酶联免疫吸附测定和交叉电极阵列整合到可光图案化的粘合剂微流体通道中。粘合剂使我们能够在微流体通道内进行高质量的生物测定。层流不仅增强了从酶促区域到氧化还原循环电极之间的质量传输，而且还增强了氧化还原循环电极之间的质量传输。结果，增强了生物传感器的性能。

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《IEEE International Conference on Nano/Micro Engineered and Molecular Systems》|2015年|76-81|共6页
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Yan Li; Van Roy Willem; Vereecken Philippe M.; Lagae Liesbet;
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amperometric biosensor; convective redox cycling; microfluidics; photo-patternable adhesive;

机译：安培生物传感器;对流氧化还原循环;微流控;可光构图粘合剂;

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3. Microchannel Fabrication Using A Photo-Patternable Adhesive Material for Recording Conformational Changes of KcsA Channel with the Diffracted X-ray Tracking Method [J] . Yoshikazu Hirai, Yasuaki Mori, Tomoki Tabuchi, Proceedings . 2018,第13期

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4. An ELISA-based amperometric biosensor within a photo-patternable adhesive microfluidic channel [C] . Yan Li, Van Roy Willem, Vereecken Philippe M., IEEE International Conference on Nano/Micro Engineered and Molecular Systems . 2015

机译：可光学粘合剂微流体通道内的基于ELISA的水平生物传感器
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An ELISA-based amperometric biosensor within a photo-patternable adhesive microfluidic channel

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