Cobb Zoe, Rohde Morten, Love Iain, Boutet Valerie, Schroeter Katrin, Hawthorne Glen, Dillen Lieve, Barfield Matthew, Kandira Abdullah, Kranenborgh Marion, White Stephen, Timmerman Philip
LGC, Newmarket, England, UK.
Lundbeck, Valby, Denmark.
Bioanalysis. 2019 Mar;11(6):525-532. doi: 10.4155/bio-2019-0017. Epub 2019 Apr 11.
Following the completion of a detailed experimental protocol into the potential inhomogeneity of capillary liquid microsamples, which was performed at seven European Bioanalysis Forum member companies, the summary and conclusion on the data are reported here. It has been demonstrated that it is possible to generate homogeneous samples using these microsampling techniques; that the resultant microsamples can be accurate and precise and that capillary liquid microsampling data can be consistent with conventional larger volume plasma samples. However, the data contain some variability which is contributed to by the different range of experiences that each investigating site had with these techniques. Therefore, knowledge of the compounds, well-designed experiments and experience with these techniques are essential for the delivery of high quality data.
在欧洲生物分析论坛的七家成员公司开展了关于毛细管液体微量样本潜在不均匀性的详细实验方案后,本文报告了数据的总结与结论。结果表明,使用这些微量采样技术能够生成均匀的样本;所得微量样本可以准确且精确,并且毛细管液体微量采样数据能够与传统的较大体积血浆样本一致。然而,数据存在一些变异性,这是由每个研究地点在这些技术方面不同的经验范围所导致的。因此,了解化合物、精心设计实验以及掌握这些技术的经验对于提供高质量数据至关重要。