A decentralized surveillance system for measles and rubella powered by paper-based digital microfluidics

Description
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  • Project Lead(s): Aaron Wheeler

    Measles and rubella are major contributors to childhood mortality and disability, representing a significant global economic and social cost. Diagnosis currently relies on expensive immunoassay robots, which are only available in central laboratories. A decentralized surveillance system powered by paper-based digital microfluidics (an emerging liquid-handling technology) could be the solution. The system relies on an automated platform that can do laboratory-quality measles and rubella immunoassays using a single drop of blood. The system is fast, simple-to-use, and provides significant savings through reduced reagent and sample transport costs. 

  • 0638-01-10 DropBot

    0638-01-10 DropBot

    0638-01-10 Device in holder

    0638-01-10 Device in holder

    0638-01-10 Loading colour

    0638-01-10 Loading colour

    0638-01-10 Microdrop software

    0638-01-10 Microdrop software

    0638-01-10 Microfluidic device

    0638-01-10 Microfluidic device