yeah, so I want to go home & check for this now: ug.
I've always hated air freshners, and never used them - same for mothballs. But there's something in the cleaning closet that sets me off in the same "bleh" reaction as I get to air freshners, I wonder if one of our floor cleaners or something has this crap in it? I always clean w/vinegar but we "have other cleaners" sitting in that cleaning closet & wow do they STINK> I hope they aren't these toxins!
Air Fresheners Linked to Lung Damage
Chemical in Air Fresheners, Toilet Deodorizers, Mothballs Cuts Lung Function
July 27, 2006 -- A chemical found in air fresheners, toilet deodorizers, and mothballs -- and in the blood of 96% of Americans -- may harm the lungs.
The finding comes from a National Institutes of Health study that measured lung function and blood levels of 11 household chemicals in 953 U.S. adults. All 11 chemicals are volatile organic compounds -- chemicals given off as gasses from common household products.
Only one was linked to lung damage: 1,4-dichlorobenzene or 1,4-DCB. You know what it smells like -- mothballs. It's most often used in room deodorizers, urinal and toilet-bowl blocks, and, yes, mothballs.
The 10% of people with the highest blood levels of 1,4-DCB did 4% worse in a test of lung function than the 10% of people with the lowest blood levels of the chemical, found Stephanie J. London, MD, and colleagues at the National Institute of Environmental Health Sciences (NIEHS).
The researchers called this a "modest reduction" in lung function. But they warn it could be serious for people who suffer asthma or other lung problems. And the reduced lung function test linked to 1,4-DCB is also a risk factor for heart disease, stroke, lung cancer, and death from any cause.
"Even a small reduction in lung function may indicate some harm to the lungs," London said, in a news release.
A 2005 study found that the risk of asthma in children age 6 months to 3 years goes up as their home 1,4-DCB exposure increases.
"This research suggests that 1,4-DCB may exacerbate respiratory diseases," said NIEHS director David A. Schwartz, MD, in a news release. In some homes and public restrooms, the CDC has detected 1,4-DCB levels that exceed the Environmental Protection Agency's minimal risk limit for long-term exposure.
London suggests that people can limit their exposure to 1,4-DCB by reducing their use of products containing the chemical. But that may not be entirely successful.
A 1987 study by the Environmental Protection Agency found 1,4-DCB in the air of 80% of U.S. homes surveyed. Only a third of these homes used products containing the chemical.
The new findings appear in the August issue of Environmental Health Perspectives. SOURCE: Elliott, L. Environmental Health Perspectives, August 2006; vol: 114 pp. 1210-1214.