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Microfluidics puts big labs on small chips

机译:微流体技术将大型实验室置于小芯片上

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摘要

By combining minuscule fluid technology with novel support electronics, companies are developing innovative chips for computing, consumer, and biotechnical applications. See what flows when system-on-chip technology morphs into lab-on-chip products. Microfluidics, the movement, control, and measurement of fluids on a micrometer-to-millimeter scale, is proving that smaller is better. Using channels as small as a human hair and fluid quantities as low as a few picoliters, microfluidic-based systems are affecting how companies are attacking challenging pharmaceutical and other biotechnical problems.
机译:通过将微量流体技术与新型支持电子技术相结合,公司正在开发用于计算,消费和生物技术应用的创新芯片。查看片上系统技术演变为片上实验室产品时的流程。微流体,即微米到毫米规模的流体的运动,控制和测量,被证明越小越好。基于微流控的系统使用的通道只有人的毛发,而流体的流量却只有几微微升,因此正在影响公司如何应对具有挑战性的制药和其他生物技术问题。

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