NaturalNews March 2 2013
Scientists from Duke University in North Carolina have identified yet another major threat to human health posed by the plastics chemical bisphenol-A (BPA).
According to new research, babies exposed to BPA in utero, or during their developmental stages in the womb, could experience inhibited central nervous system development, which in turn could set them up for future stricken with neurodevelopmental problems.
Because it mimics the actions of estrogen, BPA is already known to interfere with the body’s endocrine system, causing a host of potential problems ranging from behavioral and weight abnormalities to reproductive and immune disorders.
And while awareness of BPA’s dangers is on the rise all across the globe, there is still a minimal understanding as to how BPA exerts these negative effects, including how the chemical interferes with proper nervous system development.
So to gain a further understanding, researchers from Duke initiated a series of experiments designed to pinpoint the precise mechanisms by which BPA alters proper brain development.
What they found is that BPA alters chloride levels inside cells by shutting down a gene known as KCC2 that is responsible for producing the KCC2 protein.
Without this gene, cells are unable to properly transport chloride out of cells, which ends up damaging neural circuits and compromising normal brain development.
“It disrupts this process and it corrupts this process,” explained Dr. Wolfgang Liedtke, lead author of the study, to WUNC about BPA’s obstruction of the KCC2 gene.