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Influences of Sample Collection and Pre-Treatment on Lithium Assay with Ion Selective Electrode Method

机译:离子选择电极法收集样品和预处理对锂含量的影响

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The aim of this study was to explore the various pre-analytical influence factors on a sample's lithium measurement with the ion selection electrodes method. Eighty nine in-hospital patients who have taken lithium carbonic acid treatment were recruited. The blood samples were collected under different conditions to compare the lithium concentration difference which was determined with an Eashlyte~R electrolyte analyzer. Lithium in samples collected at different time periods varied at the range from minimum 0.47 mmol/L to maximum 1.20 mmol/L. Lithium in samples with hemolysis, hyperlipemia and separation gel treatment were all higher than that in common sera. Lithium in whole blood was significantly higher than that in plasma and it diminished with a decrease of red blood cell number (P < 0.05). Lithium in coagulant-treated samples and plasma had no significant difference with that in common sera (P > 0.05). In samples treated with different conditions, without clot separation, in all samples lithium increased (P <0.05-0.001) after being stored at room temperature. After serum separation, lithium in sera after being stored for 24 h was no different at room temperature than at 4 °C (P > 0.05). Lithium concentration assayed with the ion selection electrodes method was greatly impacted with the use of different sampling and pre-treatment methods.
机译:这项研究的目的是探索使用离子选择电极法进行样品锂测量时的各种分析前影响因素。招募了接受碳酸锂治疗的89名住院患者。在不同条件下收集血样,以比较用Eashlyte_R电解质分析仪测定的锂浓度差异。在不同时间段收集的样品中的锂的范围从最小0.47 mmol / L到最大1.20 mmol / L。经过溶血,高脂血症和分离凝胶处理的样品中的锂含量均高于普通血清中的锂含量。全血中的锂显着高于血浆中的锂,并且随着红细胞数量的减少而减少(P <0.05)。经混凝剂处理的样品和血浆中的锂与普通血清中的锂无显着差异(P> 0.05)。在不同条件下处理的样品中,没有凝块分离,所有样品中的锂在室温下保存后均增加(P <0.05-0.001)。血清分离后,室温下保存24小时后血清中的锂与4°C时无差异(P> 0.05)。离子选择电极法测定的锂浓度受到不同采样和预处理方法的影响。

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