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Non-label homogeneous protein detection based on laser interferometric photo-thermal displacement measurement using aptamers

机译:基于适体的激光干涉光热位移测量的非标记均质蛋白检测

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摘要

Photo-thermal displacement measurement by laser interferometry involves the measurement of temperature change caused by illumination of the sample. To develop a system of detecting unlabeled homogeneous proteins based on laser interferometric measurement of photo-thermal displacement, we studied the interaction between aptamers and their target molecules by using thrombin and the thrombin aptamer as a model target and ligand, respectively. Because of the energy consumed by aptamer-thrombin interactions, the signals obtained from solutions containing aptamer-thrombin mixtures varied depending on the thrombin concentration. We propose that this method involving the use of aptamers and photo-thermal displacement measurement will provide a biomolecular detection system for rapid diagnosis.
机译:通过激光干涉测量法进行的光热位移测量涉及对由样品的照明引起的温度变化的测量。为了开发基于光热位移激光干涉测量的未标记均质蛋白检测系统,我们分别以凝血酶和凝血酶适体为模型靶标和配体,研究了适体与靶分子之间的相互作用。由于适体-凝血酶相互作用消耗的能量,从含有适体-凝血酶混合物的溶液中获得的信号随凝血酶浓度而变化。我们建议,这种方法涉及使用适体和光热位移测量,将为快速诊断提供一种生物分子检测系统。

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