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Analysis on developmental trend of microfluidic chip technology and the integration mode with the wearable devices

机译:微流控芯片技术发展趋势及与可穿戴设备的集成模式分析

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This paper conducts research on the developmental trend of microfluidic chip technology and the integration mode with the wearable devices. Miniaturization and integration is the important direction of the development of biochemical analysis, and microfluidic chip is one of the frontier and the technology, which is based on micro-electromechanical processing, structure of microchannel network characteristics, the goal is to will be involved in the biochemical analysis in areas such as sampling, pretreatment, separation, mixing, reaction, detection, and some or all of the operating unit integrated in a chip the size of a few square centimeters. To make the application scenarios of the microfluidic chip technology broader, we combine the review of the wearable devices to propose the potential integration of the two techniques. The smart hard ware and wearable device are the two major orientations of the intelligent world. In the further research, we will experimentally analyze the mode.
机译:本文对微流控芯片技术的发展趋势以及与可穿戴设备的集成方式进行了研究。微型化和集成化是生化分析发展的重要方向,而微流控芯片是基于微机电加工,微通道网络结构特征的前沿技术之一,其目标是将涉及生化分析领域,例如采样,预处理,分离,混合,反应,检测,以及部分或全部集成在几平方厘米大小的芯片中的操作单元。为了扩大微流控芯片技术的应用场景,我们结合了可穿戴设备的综述,提出了两种技术的潜在集成。智能硬件和可穿戴设备是智能世界的两个主要方向。在进一步的研究中,我们将通过实验分析该模式。

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