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Affinity-based biosensors in sport medicine and doping control analysis

机译:运动医学中基于亲和力的生物传感器和兴奋剂控制分析

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摘要

Affinity-based biosensors (ABBs) have started to be considered in sport medicine and doping control analysis because they are cheap, easy to use and sufficiently selective analytical devices, characterized by a reversible interaction with the analyte under investigation allowing the use of the same sensor for multiple analyses. In this review we describe the main categories of substances reported in the World Anti-Doping Agency Prohibited List and how ABBs may contribute to their detection. Although several ABBs proposed in the last few years display limit of detections that are in principle matching the World Anti-Doping Agency requirements, their application in the framework of 'traditional" antidoping tests seems quite unlikely, mainly because of the still insufficient selectivity especially in the case of 'pseudo- endogenous" compounds, and on the lack of complete information regarding potential matrix effects in real samples and following their routine use. At the same time, ABBs could contribute to fill a significant information gap concerning complementary evidence that can be obtained from their use 'on the spot", as well as to preselect a risk population of individuals to be targeted for a full antidoping test; while in sport medicine they could contribute to obtaining analytical information of physiological relevance from the measurement of specific parameters or markers before, during and after physical exercise.
机译:基于亲和力的生物传感器(ABB)已开始在运动医学和兴奋剂控制分析中得到考虑,因为它们价格便宜,易于使用且具有足够的选择性分析装置,其特点是与被测分析物具有可逆相互作用,从而允许使用同一传感器进行多次分析。在这篇综述中,我们描述了《世界反兴奋剂机构禁用清单》中报告的物质的主要类别以及ABB可能如何对其进行检测。尽管最近几年提出的几种ABB的检测极限在原则上符合世界反兴奋剂机构的要求,但它们在“传统”反掺杂测试框架中的应用似乎不太可能,主要是因为选择性仍然不足,尤其是在对于“假内源性”化合物,以及缺乏有关真实样品中潜在基质效应以及常规使用后的完整信息的信息。同时,ABB可以填补与“当场”使用补充证据有关的重大信息空白,并预先选择有风险的人群进行全面的反兴奋剂检测;同时在运动医学中,它们可以有助于在体育锻炼之前,之中和之后从特定参数或标记物的测量中获得生理学相关的分析信息。

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