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Scientists have developed a breathalyzer to test accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld for malaria. The accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld could help detect the deadly accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld much earlier than other accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld and thus help millions of people around the world. The researchers, from Washington University in St Louis, USA, say that people with malaria give off a accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld "breath print". The breathalyzer detects the accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld that malaria creates as the person breathes into the device. One of the accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld the device detects is identical to a natural accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld that attracts malaria-spreading insects such as mosquitos. The device is accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld in its early stages of development. The researchers say it could lead to a new, cheap and easy accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld to help diagnose malaria.

The prototype breathalyzer detects six accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld odours or chemical compounds to spot accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld of malaria. The researchers did tests on 35 children in Malawi. They took accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld samples using the breathalyzer to test the accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld of the machine. It accurately identified 29 of the children as having malaria. This was a accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld rate of 83 per cent. Lead researcher Audrey Odom John said: "It's clear that if we had accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld, easy-to-use, reliable diagnostic devices…we could reduce unnecessary accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld use. This would have a major accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld on the control of malaria, because all current diagnostic accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld require blood sampling." Malaria currently kills around 430,000 a year around the accuracyantibioticbreathchemicalsdevicedifferentdiseasedistinctivefastimpactinstancesmethodsodourspeoplesmellstillsuccesswayworld.