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MICROSYSTEM FOR BIOLOGICAL ANALYSIS BASED ON MAGNETORESISTIVE SENSING

机译:基于磁阻传感的生物学分析微系统

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This paper presents a microsystem for biomolecular recognition (DNA, enzymes) based on a biochip, which uses magnetic field arraying of magnetically tagged biomolecules and high sensitivity sensors for single biomolecule detection. The microsystem pro- vides the electronic circuitry for addressing, reading out and sensing each of the 16 × 16 magnetoresistive sensors that compose the biochip. A prototype of the microsystem was developed and experimental results show that it is able of nanoparticle detection and, consequently, be used for magnetic labelled based bioassays.
机译:本文介绍了基于Biochip的生物分子识别(DNA,酶)的微系统,其使用磁标标被磁标标被的磁场排列和用于单一生物分子检测的高灵敏度传感器。微系统可以帮助电子电路来寻址,读出和感测组成生物芯片的16×16磁阻传感器中的每一个。开发了微系统的原型,实验结果表明它能够纳米粒子检测,因此,用于磁性标记的基础生物测定。

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