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‘Lab on a Chip’ detects human, agricultural CcntaminantsTags: bio5, bioagriculture, university of arizona
[Source: UA News] - Detecting water and foodborne contaminants usually involves collecting a sample, sending it to a laboratory and waiting for it to be filtered, incubated, tested and identified under a microscope. If a critical infection is suspected, say for E. coli, the pathogen may already have multiplied and spread before the report arrives days later.
A series of "lab on a chip" applications in development at the University of Arizona can identify pathogens in minutes rather than days, using a simple device (which may be attached to a faucet) that can deliver results locally.
The degree of accuracy is three orders of magnitude greater than for conventional real-time or rapid tests, and the method can be used to test lower concentrations of pathogens.
For more information: ‘Lab on a Chip’ Detects Human, Agricultural Contaminants
Now available: “Action and Impact," a 2014 report on the grant programs and activities of the Flinn Foundation in Arizona biosciences, civic leadership, arts and culture, and the Flinn Scholars program.