Measurement of Positive Dielectrophoretic Force in the Ceiling Creek Gap Electrode for Identification of Blood Cells

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  • EGUCHI Masanori
    Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology:Fuzzy Logic Systems Institute
  • IMASATO Hiroko
    Department of Laboratory and Transfusion Medicine, University Hospital of Occupational and Environmental Health:Fuzzy Logic Systems Institute
  • YAMAKAWA Takeshi
    Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology:Fuzzy Logic Systems Institute

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  • 血中細胞の同定を目指したシーリング・クリークギャップ電極における正の誘電泳動力の測定
  • ケッチュウ サイボウ ノ ドウテイ オ メザシタ シーリング クリークギャップ デンキョク ニ オケル セイ ノ ユウデン エイドウリョク ノ ソクテイ

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Abstract

In recent years, dielectrophoresis has attracted much interest because of its effective method to achieve the separation, detection and characterization of particles such as biological cells and virus. Diectrophoresis (DEP) is a movement of particles in a given medium by a force, which is generated in non-uniform electric fields. In this paper, we measured the positive dielectrophoretic force (DEP force) in the Ceiling Creek Gap electrode. The measuring method is employed the inclined gravity, which is a component of gravitational force along the inclined floor. It is expected that the Ceiling Greek Gap electrode could identify Biological cells in blood by difference in dielectric property.

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