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Enabling robust quantitative readout in an equipment-free model of device development

机译:在无设备的设备开发模型中实现强大的定量读数

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摘要

A critical constraint in the design of appropriate medical devices for the lowest-resource settings is the lack of access to maintenance or repair on instrumentation. There are numerous point-of-care applications for which quantitative readout would have clinical utility. Thus, a challenge to the device developer is to enable quantitative device readout in an equipment-free model that is appropriate for use in even the lowestresource settings. Paper microfluidics has great potential for enabling equipment-free devices that are low-cost, operable by minimally-trained users, and provide quantitative readout. The focus of this critical review is to describe the work, starting several decades ago and continuing to the present, to enable assays with quantitative readout in a fully-disposable device.
机译:在针对最低资源设置的适当医疗设备的设计中,一个关键的限制是缺乏对仪器进行维护或修理的途径。在许多即时医疗应用中,定量读数将具有临床实用性。因此,设备开发人员面临的挑战是要在无设备的模型中实现定量的设备读数,该模型甚至适用于最低资源设置。纸质微流控技术具有巨大的潜力,可实现低成本,无需培训的用户即可操作的,无需设备的设备,并提供定量读数。此批判性审查的重点是描述从几十年前开始一直延续到现在的工作,以使在完全一次性的设备中进行定量读出的测定成为可能。

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