Direct transmission of BPA from a pregnant woman to her child via the placenta may have a negative impact on fetal brain development, researchers report.
BPA and BPS, two common plasticizers found in everyday items such as water bottles and food packaging, impair communication between neurons in the brain.
A 12-year-long study found a significant rise in exposure to chemicals from plastics and pesticides in pregnant women which may be harmful to development. Many of the chemicals were "replacement chemicals", ones designed to replace banned chemicals, which may be just as harmful as the ones they replaced.
According to researchers, even lower levels of BPA consumed during pregnancy can lead to neurodevelopmental problems and affected brain function later in life for offspring.
Exposure to BPA appears to have a transgenerational effect on autism risk. Mice whose great grandmothers were exposed to BPA during pregnancy exhibited social behavioral deficits associated with ASD.
Exposure to BPA during the gestational period leads to decreased neural viability and neural density in the hippocampus of male offspring. Additionally, exposure led to the dysregulation of ASD-related genes in the hippocampus. Findings suggest BPA may serve as an environmental factor that contributes to the prevalence of male-bias in autism.
BPS affects a neuroanatomy and maternal behavior in pregnant and lactating mice, including an association with an increased risk of infanticide.
A new mouse study reveals that exposure to BPA at levels 25 times lower than deemed safe has an impact on brain development.
New research suggests environmental exposure to bisphenol A (BPA), a chemical commonly found in plastics and resins, could suppress a gene critical to nerve cell function and the development of the central nervous system. Exposure to BPA could predispose humans to a number of neurodevelopmental and other health disorders.
A new rat study exposed to everyday endocrine-altering chemicals, such as BPA during pregnancy, interfered with fetal brain development.
A new method reveals BPA levels may be more than 44 times higher in humans than previously believed.
