I assume readers are familiar with the danger posed by BPA in plastic
bottles and food cans. To fix the problem, the powers-that-be have substituted BPS for BPA. Problem solved, right? Not so fast.
So what can we do? It seems it would be prudent to avoid contact with store receipts. You don't need to touch them; just toss them in the garbage. Don't buy anything that comes in a plastic bottle. And eat no food that comes in a can. This is especially important for children and women of child-bearing age.
And a big "meh" to the FDA. Thanks for nothing, guys.
The industry responded by creating "BPA-free" products, which were made from plastic containing a compound called bisphenol S. In addition to having similar names, BPA and BPS share a similar structure and versatility: BPS is now known to be used in everything from currency to thermal receipt paper, and widespread human exposure to BPS was confirmed in a 2012 analysis of urine samples taken in the U.S., Japan, China and five other Asian countries.But guess what?
Like BPA, the study found, BPS disrupts cellular responses to the hormone estrogen, changing patterns of cell growth and death and hormone release. Also like BPA, it does so at extremely low levels of exposure.It's a good thing we have a food industry that does everything it can to protect our health, eh? This stuff is everywhere.
So what can we do? It seems it would be prudent to avoid contact with store receipts. You don't need to touch them; just toss them in the garbage. Don't buy anything that comes in a plastic bottle. And eat no food that comes in a can. This is especially important for children and women of child-bearing age.
And a big "meh" to the FDA. Thanks for nothing, guys.
"On its own, though, this
study shows us that very low levels of BPS can disrupt natural estrogen
hormone actions in ways similar to what we see with BPA. That's a real
cause for concern."
Read more at: http://medicalxpress.com/news/2013-01-bpa-substitute-bisphenol-disrupts-hormone.html#jCp
Read more at: http://medicalxpress.com/news/2013-01-bpa-substitute-bisphenol-disrupts-hormone.html#jCp