首页> 外文会议>BioMEMS and Nanotechnology II; Progress in Biomedical Optics and Imaging; vol.6 no.40 >Development of micro fluidic device for a cell-counter using electrical-impedance method
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Development of micro fluidic device for a cell-counter using electrical-impedance method

机译:利用电阻抗方法开发用于细胞计数器的微流体装置

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Many previous researches related with the cell-counter have measured transit of cells by the electrical-impedance method. Most of devices using electrical-impedance method have electrodes which are made by metal deposition process. In this study, the micro channel takes the place of metallic electrodes. The electric current is passed through the micro channel which is filled with PBS solution. The proposed device helps to save the time of fabrications of micro fluidic device. The process for metal deposition and fine alignment process between micro fluidic channel and base of electrodes can be canceled in proposed device. The signal for counting of a red blood cell of human and polymer microspheres were successfully measured.
机译:以前许多与电池计数器有关的研究已经通过电阻抗方法测量了电池的传输。大多数使用电阻抗方法的设备都具有通过金属沉积工艺制成的电极。在这项研究中,微通道代替了金属电极。电流通过充满PBS溶液的微通道。所提出的装置有助于节省微流体装置的制造时间。所提出的装置可以取消金属沉积过程和微流体通道与电极基体之间的精细对准过程。成功测量了人类和聚合物微球的红细胞计数信号。

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