区隔化生物传感器阵列的精确蛋白质测定

D. Bechstein, Jr Lee, E. Ng, S. X. Wang
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引用次数: 0

摘要

生物测量微系统通过在传感器阵列中划分生物传感器来实现精确的蛋白质分析。利用8 × 8巨磁阻传感器阵列上的PDMS微流体接口,这种分隔技术在单个传感器芯片上执行所有所需的测量,包括生物参考,以及待测量的实际样品。所有数据同时在单个芯片上获得,避免了目前在顺序生物传感器测量方法中存在的一系列可能的误差。使用我们的方法,我们实现了11%的低浓度估计误差。此外,这种分隔技术可以在单个芯片上使用多个样品进行高通量测量,并具有大规模的固态传感器阵列。
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Precision protein assays on compartmentalized biosensor arrays
A biological measurement microsystem enables precision protein assays by compartmentalization of biosensors in a sensor array. Using a PDMS microfluidic interface on an 8 by 8 Giant Magnetoresistive sensor array, this compartmentalization technique performs all required measurements, including biological references, on a single sensor chip alongside the actual sample(s) to be measured. All data is acquired simultaneously on a single chip, circumventing a range of possible errors currently present in sequential biosensor measurement approaches. With our approach, we achieve a low concentration estimation error of 11%. Additionally this compartmentalization technique enables high throughput measurements using multiple samples on a single chip with a large-scale array of solid-state sensors.
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