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首页> 外文期刊>Thrombosis Research: An International Journal on Vascular Obstruction, Hemorrhage and Hemostasis >Multiparameter microfluidics assay of thrombus formation reveals increased sensitivity to contraction and antiplatelet agents at physiological temperature
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Multiparameter microfluidics assay of thrombus formation reveals increased sensitivity to contraction and antiplatelet agents at physiological temperature

机译:血栓形成的多分钟微流体分析显示在生理温度下对收缩和抗血小板药物的敏感性增加

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摘要

Introduction: Current developments to assess qualitative and quantitative platelet traits in flowed whole-blood are based on microfluidic devices that mostly operate at room temperature. However, operation at physiological temperature (37 degrees;C) may increase the assay's sensitivity, and facilitates the comparison to other platelet function tests of the diagnostic laboratory.
机译:导言:目前评估流动全血中血小板定性和定量特征的进展主要基于微流控设备,这些设备大多在室温下工作。然而,在生理温度(37摄氏度)下操作可能会增加分析的灵敏度,并有助于与诊断实验室的其他血小板功能测试进行比较。

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