Posts Tagged ‘sippy cups’

Massachusetts Issues BPA Warning to Parents

After a year-long review of studies regarding bisphenol-A, Massachusetts warned parents to avoid storing breastmilk or formula in containers that contain the endocrine disruptor. Officials also urged pregnant and breastfeeding women to also avoid food contact materials made with the chemical.

Suzanne Condon, director of the state Bureau of Environmental Health, said this in the absence of any federal action on the chemical:

We are concerned about this enough that we want to warn the public. It just seemed it wouldn’t be appropriate for us to sit back and not do anything.

The FDA has yet to change their policy on the chemical in food contact materials. Instead, there has been enough demand from consumers that BPA has been removed from many brands of baby bottles and sippy cups. Also, some states and municipalities have banned BPA, so it’d be pretty tough for manufacturers to regionally offer products with different chemical compositions.

Here are the places where BPA has been banned:

Infants Exposed to BPA in Their Formula

infantformulagraph1.gif

Obviously, breastfed babies are happiest and healthiest; however, sometimes families have to use infant formulas to nourish their young ones. A new report issued by the Environmental Working Group (EWG) makes recommendations for feeding babies safely and avoiding Bisphenol-A (BPA). BPA is a hormone disruptor that can harm brain development and may affect behavior. Many families have switched to BPA-free bottles and sippy cups; however, infant formula containers pose a higher risk to children than baby bottles when it comes to BPA leaching.

Back in October, I wrote about the risk of BPA leaching into food and infant formula stored in tin/steel cans. Steel cans are lined with plastic containing BPA to prevent contamination from the can to the food/formula. EWG found that,

1 out of every 16 infants fed ready-to-eat liquid formula are exposed to BPA at doses exceeding those that caused increased aggression and significant changes in testosterone levels in laboratory animals.

Advertisement