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A colorimetric and fluorometric sensor for the determination of norepinephrine

机译:比色法和荧光传感器测定去甲肾上腺素

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A colorimetric and fluorometric dual channel sensor has been developed for the determination of norepinephrine (NE). Visual detection is possible due to the formation of brown silver nanoparticles (NPs) in the presence of NE, which further results in strong metal enhanced fluorescence signals. A linear relationship was obtained between the absorbance values and concentration of NE in the range 1.00 x 10(-6) M to 6.66 x 10(-8) M; the detection limit being 1.79 x 10(-8) M. It was also found that the fluorescence intensities were proportional to the concentration of NE over the range of 8.92 x 10(-3) M to 5.66 x 10(-5) M, with the corresponding limit of detection 5.59 x 10(-6) M. Furthermore, application of the present approach in synthetic blood serum has been demonstrated, which suggests its great potential for diagnostic purposes.
机译:比色和荧光双通道传感器已经开发出来,用于测定去甲肾上腺素(NE)。由于在NE的存在下形成了棕色银纳米粒子(NP),因此可以进行视觉检测,这进一步导致了强金属增强的荧光信号。在1.00 x 10(-6)M至6.66 x 10(-8)M范围内,NE的吸光度值与浓度之间存在线性关系。检测限为1.79 x 10(-8)M。还发现荧光强度与NE的浓度成正比,范围为8.92 x 10(-3)M至5.66 x 10(-5)M,相应的检出限为5.59 x 10(-6)M。此外,已经证明了本方法在合成血清中的应用,表明其在诊断方面的巨大潜力。

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