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首页> 外文期刊>Journal of Microelectromechanical Systems >Design and Fabrication of Integrated Multianalyte Sensing Platform With Magnetic Micro-Coils
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Design and Fabrication of Integrated Multianalyte Sensing Platform With Magnetic Micro-Coils

机译:磁性微线圈集成多分析物传感平台的设计与制作

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摘要

With the recent trends in bio-sensing technology, more attention is being devoted to sensor integration. This paper reports the design and fabrication of magnetically assisted multianalyte sensing platform comprising magnetic micro-coils to trap magnetic beads on the surface of sensing electrodes; integrated sensing electrode array for multianalyte sensing; and the additional micro-coils for removing the unbounded magnetic beads from the sensing electrodes' surfaces. Prototype device was designed and successfully fabricated using customized fabrication flow. Device's individual components were tested to ensure repeatability and reproducibility. Sensing platform were additionally tested in order to prove the successful implementation of magnetically assisted manipulation of micro-beads. The results of these tests support the original concept and their summary is presented herein. $hfill{[2012hbox{-}0163]}$
机译:随着生物传感技术的最新趋势,越来越多的注意力集中在传感器集成上。本文报道了磁性辅助多分析物传感平台的设计和制造,该平台包括磁性微线圈以将磁珠捕获在传感电极的表面上。集成的感应电极阵列,用于多分析物感应;以及用于从感应电极表面去除无界磁珠的附加微线圈。设计原型设备并使用定制的制造流程成功制造了该设备。对设备的各个组件进行了测试,以确保可重复性和可重复性。为了验证磁辅助微珠操纵的成功实施,还对传感平台进行了测试。这些测试的结果支持原始概念,在此介绍其摘要。 $ hfill {[2012hbox {-} 0163]} $

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