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A multi-channel scalable integrated detection platform based on scanning magnetic field method for commercial GMR spin-valves

机译:基于扫描磁场法的商用GMR自旋阀多通道可扩展综合检测平台

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Giant magnetoresistance spin-valve based biosensors are becoming more prevalent for sensitive biomolecular detection. However, there is little attention to the application of the commercial spin-valve sensors in bio-detection. In this paper, we present an integrated multi-channel detection platform for commercial spin-valve sensors. For the implementation, we propose a new detection method named scanning magnetic field that takes the magnetoresistance transfer curve shift caused by the magnetic beads. The reproducibility of this new method in detection is confirmed by the single channel experiment. Lastly, to demonstrate the concentration resolution of our detection platform, we performed a concentration calibration. The result indicates that concentration resolution can be achieved when applying the scanning magnetic field method with the commercial spin-valve sensors and magnetic beads.
机译:基于巨磁阻自旋阀的生物传感器在灵敏的生物分子检测中正变得越来越普遍。然而,很少有人关注商业旋转阀传感器在生物检测中的应用。在本文中,我们提出了一种用于商业自旋阀传感器的集成多通道检测平台。为实现这一目的,我们提出了一种新的检测方法,即扫描磁场,该方法利用了磁珠引起的磁阻传递曲线偏移。单通道实验证实了这种新方法在检测中的可重复性。最后,为了展示我们检测平台的浓度分辨率,我们进行了浓度校准。结果表明,将扫描磁场方法与市售自旋阀传感器和磁珠一起应用时,可以实现浓度分辨率。

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