Friday, June 28, 2013

Chemical in antibacterial soaps may harm nursing babies

It has previously been shown that an ingredient in antibacterial soaps can cause muscle damage.

http://www.eurekalert.org/pub_releases/2013-06/uota-usc062713.php

Public release date: 27-Jun-2013
Contact: Lola Alapo
University of Tennessee at Knoxville
UT study: Chemical in antibacterial soaps may harm nursing babies

KNOXVILLE—A mother's prolonged use of antibacterial soaps containing the chemical triclocarban may harm nursing babies, according to a recent study from the University of Tennessee, Knoxville.

The study, which was conducted on rats, showed that exposure to the compound may reduce the survival rates of babies.

Rebekah Kennedy, a UT graduate student pursuing a dual master's degree in public health and nutrition, and Jiangang Chen, an assistant professor in the UT Department of Public Health, presented the results this month at the Endocrine Society's 95th Annual Meeting and Expo in San Francisco. Kennedy was the study's lead author.

Triclocarban, a bactericide, is found primarily in antibacterial bar soaps.

The researchers noted that they were not condemning the use of antibacterial soaps.

"People have to weigh their own risks and decide what would be the best route," Kennedy said. "There's always a time and place for antibacterial bar soaps, such as in health care settings where the chance of infection and transmission is high. For the average person, antibacterial soap is no more effective than regular soap."

Chen conducted an earlier study that examined how prolonged exposure to triclocarban affected growth of sex organs in adult male rats. Kennedy decided to go a step further and look into how it would affect baby rats in the womb and during nursing.

Humans are exposed to triclocarban through skin absorption. Research shows that based on how the compound is biotransformed, oral exposure in rats is similar to dermal exposure for humans, Kennedy said.

During Kennedy's research, pregnant rats fed with triclocarban through food had similar blood concentrations compared to human blood concentrations after a 15-minute shower using antibacterial soap.

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