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Scientists say we are airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile of a massive airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile of pollution that is right under our very airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile. Everyday household items such as toothpaste, airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile foam, deodorant, perfume and furniture polish contain volatile airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile that help to cause pollution. Dr Brian McDonald, an air-pollution researcher at the US National Oceanic and Atmospheric Administration, conducted airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile into how our homes create pollution. His team was airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile to find that household items now contribute as airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile to particular types of air pollution as cars, trucks and other airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile. Dr McDonald said that as "the transportation sector gets cleaner, these other airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile...become more and more important".

The researchers focused on airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile organic compounds (VOCs) in a whole range of household items. VOCs react with airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile to form ozone pollution. This escapes into the environment and gets trapped in our house or airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile, causing pollution in our homes. The scientists said VOCs interact with other chemicals to form tiny airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile in the airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile. These particles can lead to airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile damage. Dr McDonald said governments should regulate household products more airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile to reduce their negative airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile on our health. He issued a airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile warning, saying: "The things I use in the morning to get ready for work are comparable to emissions that come out of the airapartmentcausecompoundsheavilyimpactlungnosesparticlesresearchshavingsourcesstarksunlightsurprisedtailpipetightlyunawarevehiclesvolatile of my car."