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Dried blood spot analysis for rat and dog studies: validation, hematocrit, toxicokinetics and incurred sample reanalysis

机译:用于大鼠和狗研究的干血斑分析:验证,血细胞比容,毒物代谢动力学和已引起的样品重新分析

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摘要

Background: Execution of experiments to introduce dried blood spot (DBS) sampling for preclinical GLP studies and subsequent clinical studies. Results: Bridging data showed high concordance with DBS:plasma ratios of 0.9 in rats and 1.1 in dogs, demonstrating no preferential uptake or association with cellular components of the blood. The DBS methodology was fully validated incorporating additional experiments pertinent to DBS sampling, storage and analysis. Individual hematocrit (Hct) values in the test animals (rats and dogs) were within the validated Hct range. DBS concentration data and the resulting TKprofiles were not impacted by an Hct bias. Incurred sample reanalysis showed high correlation in dogs (97%) and rats (100%) meeting acceptance criteria. Conclusion: Successfully validated and adopted DBS for preclinical GLPstudies.
机译:背景:为引入临床前GLP研究和后续临床研究引入干血斑(DBS)采样的实验的执行。结果:桥接数据显示,DBS:血浆比率在大鼠中为0.9,在狗中为1.1,与血浆中的细胞成分无优先摄取或相关性。 DBS方法论已得到充分验证,并结合了与DBS采样,存储和分析有关的其他实验。测试动物(大鼠和狗)中的单个血细胞比容(Hct)值均在验证的Hct范围内。 DBS浓度数据和所得的TK剖面不受Hct偏差的影响。进行的样本重新分析显示,符合接受标准的狗(97%)和大鼠(100%)具有高度相关性。结论:成功地验证了DBS并将其用于临床前GLP研究。

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