首页> 外文会议>Engineering in Medicine and Biology Society, 1998. Proceedings of the 20th Annual International Conference of the IEEE >Cellular characterisation and separation: dielectrophoretically activated cell sorting (DACS)
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Cellular characterisation and separation: dielectrophoretically activated cell sorting (DACS)

机译:细胞表征和分离:介电泳激活细胞分选(DACS)

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The expanding field of AC Electrokinetics offers a number of opportunities for the separation and characterisation of cells. Here the authors consider two methods, Dielectrophoresis and Travelling Wave Dielectrophoresis. Dielectrophoresis is a non-invasive technique that has been used to probe the internal dielectric properties of single cells by inducing a motive force on that cell. By controlling the conditions so that the force exerted on particles of different types is significantly different, a mixture of different cell types can be sorted into groups. Travelling Wave Dielectrophoresis is better able to discriminate small changes in cell properties than conventional Dielectrophoresis. It is also used as a means of transporting cells around electrode arrays. Here the authors illustrate how these technologies and others can be integrated to form an on-chip cell sorter capable of performing Dielectrophoresis Activated Cell Sorting (DACS).
机译:AC Electrokinetics不断扩大的领域为细胞的分离和表征提供了许多机会。在这里,作者考虑两种方法,介电电泳和行波介电电泳。介电电泳是一种非侵入性技术,已用于通过在单个细胞上产生动力来探测单个细胞的内部介电特性。通过控制条件,使施加在不同类型颗粒上的力显着不同,可以将不同细胞类型的混合物分类。与常规介电电泳相比,行波介电电泳能够更好地识别细胞特性的细微变化。它也被用作在电极阵列周围运输细胞的一种手段。在这里,作者说明了如何将这些技术和其他技术集成在一起,以形成能够执行介电电泳激活细胞分选(DACS)的芯片上细胞分选仪。

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