利用机械结构进行微纳级血液分离

Jee-Hoon Seo, Seung-Joo Kang
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引用次数: 0

摘要

本文证实了短时间内不会发生堵塞,且直列式分离效率高于交错式分离效率。机械式微型血液分离器是生物样品分离装置的理想选择。未来,我们将观察微观结构几何形状对堵塞和分离性能的影响。我们将设计微观结构几何,以减少堵塞和提高分离性能。本文证实了短时间内不会发生堵塞,且直列式分离效率高于交错式分离效率。机械式微型血液分离器是生物样品分离装置的理想选择。未来,我们将观察微观结构几何形状对堵塞和分离性能的影响。我们将设计微观结构几何,以减少堵塞和提高分离性能
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Micro/nano scale blood separating using mechanical structures
In this paper, we confirmed that clogging does not happen in short time and inline type separate efficiency is higher than stagger type. The mechanical micro blood separator can be a good candidate for bio sample separation devices. In future, we will observe the influence of micro structures geometry on clogging and separation performance will be clarified. And we will design micro structures geometry for clogging reduction and separation performance improvement. In this paper, we confirmed that clogging does not happen in short time and inline type separate efficiency is higher than stagger type. The mechanical micro blood separator can be a good candidate for bio sample separation devices. In future, we will observe the influence of micro structures geometry on clogging and separation performance will be clarified. And we will design micro structures geometry for clogging reduction and separation performance improvement
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