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A bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap plastic could prevent bacteria and bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap causing diseases. Scientists have developed a new, transparent, plastic wonder- bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap. They say it will bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap cut microbe transfer in hospitals, restaurants, kitchens, bathrooms and bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap places where bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap gather. Researchers from a bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap in Canada developed the plastic. They say it can repel all bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap of bacteria, including superbugs. The material is like the common plastic wrap used to cover bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap. It can be shrink-wrapped to protect places that attract bacteria, like worktops, door bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap, and hospital equipment.

The researchers said their bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap came from the bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap plant. They tried to copy how lotus leaves repelled water. Drops of water bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap sit on the bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap of the leaves or bounce off. A researcher wanted to apply that process to the plastic. She said: "We're structurally tuning that plastic. This material gives us bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap that can be applied to all kinds of things." Another researcher said: "We can see this bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap being used in all kinds of... bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap. As the world confronts the bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap of anti-microbial resistance, we hope it will become an bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap part of the anti-bacterial bugscrisiseitherfoodformsgreatlyhandlesideaimportantlotusotherrevolutionarysettingssomethingsuperbugssurfacetechnologytoolboxuniversitywrap."