Special issue of Toxicology and Applied Pharmacology features 18 articles discussing alternative (non-animal) methods for assessing chemicals’ potential to harm neurodevelopment in children
Letter to the authors of BPA oral absorption study
EHP publishes a letter to Gayrard et al. and the researchers’ response, points to differences in BPA exposure throughout the body
2022 buying green report finds interest in sustainable packaging is stable
Survey by Trivium Packaging of 15,000 consumers in Europe and the Americas finds demand for sustainable packaging remains high; 66% of respondents consider sustainable packaging materials important, 86% of consumers aged 18-44 willing to pay more for such products, 74% interested in buying refillable packaging; found purchasing behaviors aligned with values
BPA may cause behavioral problems in children
BPA exposure affected behavior of US children aged 7–9 years in sex-specific manner, pre- and postnatal BPA exposure had opposite effects
BPA and behavioral problems in children
Canadian study finds correlation between increased levels of BPA and behavioral problems in children and adolescents
Special issue on EDCs and behavior
Special issue of peer-reviewed journal Hormones and Behavior focuses on endocrine disrupting chemicals’ effects on behavior; articles address molecular mechanisms, animal studies and epidemiological observations, discuss specific chemicals including BPA, triclosan, PBDEs, PFASs
India bans PET for certain pharmaceuticals
India phases out PET and other plastic bottles as packaging for medicinal products for pediatric, geriatric use and for use by women in the reproductive age
Individual-level data published for BPA oral absorption study
New study provides urine and serum profiles of BPA in 10 volunteers who participated in Teeguarden et al. (2015) study
Study shows oral BPA intake to be of no risk for high exposures
Soup consumption did not lead to higher levels of the active form of BPA in blood of human volunteers, BPA eliminated in urine within 24 hours
Parabens increase BPA exposure
Parabens inhibit several biotransformation enzymes involved in steroid hormone metabolism and chemical detoxification; study in mice shows that co-exposure with butyl paraben results in elevated internal levels of estradiol and BPA