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首页> 外文期刊>Japanese journal of applied physics >Transportation and discrimination of cells using ultrasound flexural vibration of a glass substrate
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Transportation and discrimination of cells using ultrasound flexural vibration of a glass substrate

机译：利用玻璃基板的超声弯曲振动进行细胞的运输和识别

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摘要

Manipulation and evaluation techniques with high accuracy and selectivity for microbiological materials are required in the fields of medical and life sciences. This paper investigated on-chip discrimination of cells using ultrasound vibration. The chip consists of a rectangular glass substrate with a microchannel and two ultrasound transducers. An acoustic standing-wave field was generated in the channel and the cells were manipulated by acoustic radiation force. The moving speed of the cells in the channel was measured and the results showed a significant difference in the moving speed between the types of cells. (C) 2019 The Japan Society of Applied Physics
机译：在医学和生命科学领域中，需要对微生物材料具有高精度和高选择性的操纵和评估技术。本文研究了利用超声振动对细胞进行芯片识别的方法。该芯片由带有微通道的矩形玻璃基板和两个超声换能器组成。在通道中产生声驻波场，并通过声辐射力操纵细胞。测量通道中小室的移动速度，结果显示不同类型小室之间的移动速度有显着差异。 （C）2019日本应用物理学会

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