CHIP BASED ASSEMBLY OF VESICULAR BIO-SENSORS USING QUANTUM DOTS AS BIO-PROBES

机译：基于芯片的模糊生物传感器组装，使用量子点作为生物探针

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Lipid bilayer vesicles when assembled with specific bio-probes or markers can serve as bio-sensors with potential utility in micro-biotechnology, serving as tailored bio-sensors, drug-delivery agents and mimicking cellular behavior. We report on a Surface Microfluidic (SMF) chip based vesicle dispensing scheme to rapidly dispense variable sized large vesicles (diameter: 30 - 150 μm) labeled with Quantum-Dot based fluorescent bio-probes for chip based bio-assays.

机译：用特定的生物探针或标记组装时的脂质双层囊泡可以用作具有微生物技术潜在效用的生物传感器，用作量身定制的生物传感器，药物输送剂和模拟细胞行为。我们在表面微流体（SMF）芯片分配方案上报告，以快速分配与量子点基荧光生物探针的可变尺寸的大小囊泡（直径：30-150μm），用于基于芯片的生物测定。

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《International Conference on Miniaturized Systems for Chemistry and Life Sciences》|2011年||共3页
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R. Prakash; K. V. I. S. Kaler;
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中图分类 O6-532;
关键词
Surface microfluidics; Liquid-dielectrophoresis; Quantum dot; Bilayer vesicles; Bio-sensors.;

机译：表面微流体;液态电泳;量子点;双层囊泡;生物传感器。;

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机译：基于芯片的模糊生物传感器组装，使用量子点作为生物探针
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CHIP BASED ASSEMBLY OF VESICULAR BIO-SENSORS USING QUANTUM DOTS AS BIO-PROBES

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