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Multi Scale Temperature Measurement on Microfluidic chip

机译:微流控芯片上的多尺度温度测量

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摘要

In this paper, we proposed biochip with world-to-chip interface for multi-scale environmental measurement in biochip. There are several techniques for on-chip environmental measurement such as microprocessed probe method, integrated microsensor, and fluorescence method. Each technique has useful advantages against other method. To employ these methods in microchannel simultaneously, biochip is required both insert of probe and use of microchannel. We fabricated biochip, which is made of polydimethylsiloxiane (PDMS), with world-to-chip interface by photolithography with two step exposure using gray-scale mask to make taper for probe insert. The opened area is sealed by hydrogel. By using this biochip, we demonstrated insert of the micropipette into the microchannel and confirmed the flow control of two-layer laminar flow in the microchannel with micropipette.
机译:在本文中,我们提出了具有世界到芯片接口的生物芯片,用于生物芯片中的多尺度环境测量。片上环境测量有多种技术,例如微处理探针法,集成微传感器和荧光法。每种技术相对于其他方法均具有有用的优势。为了同时在微通道中使用这些方法,生物芯片既需要插入探针,又需要使用微通道。我们制造了由聚二甲基硅氧烷(PDMS)制成的生物芯片,通过光刻技术在世界范围内实现了与芯片的接口,并使用灰度掩膜进行了两步曝光,以使探针插入物逐渐变细。开放区域被水凝胶密封。通过使用该生物芯片,我们证明了微量移液器插入微通道并用微量移液器确认了微通道中两层层流的流量控制。

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