There seems to be a firewood and a fire-resistant furnace foam – ScienceDaily


Children who live in homes with all vinyl floors or flame rescue chemicals in the sofa is a High blood pressure (SVOCs) in the blood or the urine of children from non-existing households present, according to a new study led by the Duke University.

The researchers put their conclusions on Sunday, February 17 at the American Conference for the Science Publishing of Washington, D.C.

They found that children resided in homes where heavier rods were higher than PBDEs in their sluag in the sofa in the cell; main residence.

Link to PBDEs is linked in the tests of delayed neurodevelopmental, obesity, endocrine and thyroid, cancer and other diseases.

It was found that children from homes with a window floor in each area indicated that there was a measure of metabolite benzyl butyl fthalate sanction that was 15 times higher than those in children who lived untouched vinyl.

Fitellate benzyl butyl is linked to respiratory problems, skin problems, many myeolma and reproductive disorders.

"SVOCs are widely used in electronic materials, furniture and construction materials and can be found in most of the environments," said Heather Stapleton, an environmental chemist at Nicholas School Duke's Environment, who led the research. "Their human knowledge is broad, especially for young children who spend their most of their time and have a bigger number of chemicals that can be found in home dust. "

"Despite this, much research has not been done about an appropriate proportion of materials and materials related to the overall sense of children for SVOCs," she said.

In order to address this gap, in 2014, Stapleton and colleagues from the Duke, the Centers for Disease Control and Change, and the University of Boston began a three year exam of home exposures regarding SVOCs Amongst 203 children from 190 families.

"Our main aim is to explore links between specific outcomes and children's expositions, and to confirm the occurrence of the exposure – through breath, skin or respiratory contact, In a dust, "said Stapleton.

To that end, the team inspected internal air samples, internal injection and foam collected from furniture in every child's home, along with a sample of handheld, urine and blood from each child.

"We made a measure of 44 bio-signals of ftalates, barley organophosphate, foggy firearms, parabens, phenomena, antibacterial agents and perfluoroalkyl and polyfluoroalkyl (PFAS) materials," said Stapleton.

Stapleton presented the results of his team at AAAS as part of the scientific session, "Homes at the Chemical Chemistry Center: Uniting Chemists, Engineers and Health Scientists."

She studied with Kate Hoffman, a assistant research professor in environmental and policy sciences; research assistant Emina Hodzic; and PhD students Jessica Levasseur, Stephanie Hammel and Allison Phillips, the entire Duke.

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