首页> 外文期刊>Combinatorial chemistry & high throughput screening >Simultaneous determination of L- and D-T4 using a sequential injection analysis/sensors system.
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Simultaneous determination of L- and D-T4 using a sequential injection analysis/sensors system.

机译:使用顺序进样分析/传感器系统同时测定L-和D-T4。

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摘要

A sequential injection analysis system was selected for the simultaneous determination of L- and D-T4 in raw material and pharmaceutical products, because of the highest precision and accuracy, the lower consumption of sample and buffer, and the flexibility of selecting different buffers accordingly with the type of sensors utilized as detectors. An amperometric biosensor based on D-amino acid oxidase was used as detector for D-T4 and an immunosensor based on anti-L-T4 was used as detector for L-T4. The SIA/biosensors system can be used reliably on-line in synthesis process control, for the simultaneous assay of L- and D- T4 with a frequency of more than 30 samples per hour.
机译:选择顺序注射分析系统来同时测定原料药和药品中的L-和D-T4,因为它具有最高的精密度和准确性,较低的样品和缓冲液消耗量以及相应地选择不同缓冲液的灵活性用作检测器的传感器的类型。基于D-氨基酸氧化酶的电流型生物传感器用作D-T4的检测器,并且基于抗L-T4的免疫传感器用作L-T4的检测器。 SIA /生物传感器系统可在合成过程控制中可靠地在线使用,以同时检测L-和D-T4的频率(每小时超过30个样品)。

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