Two articles discuss potential effects of fetal EDC exposure on male genital development and reproductive health
Prenatal phthalate exposure and male genital development
Study finds inverse association between mothers’ urinary phthalate levels and free testosterone blood levels in early pregnancy; lower free testosterone in mothers associated with higher prevalence of genital abnormalities in baby boys
‘BPA produced minimal effects’
GLP core study of CLARITY-BPA research program finds ‘few significant effects’ in rats chronically exposed to bisphenol A; American Chemistry Council emphasizes that BPA is safe for consumers
BPA can alter parenting behavior in mice
A new study finds that early exposure to BPA reduces parental care in mice
IPEN: Gender inequality and chemical exposure
New report by International Pollutants Elimination Network (IPEN) highlights the effects toxic chemicals have on women, special vulnerabilities faced from toxic exposure; provides recommendations to safeguard the health of women, includes focusing on phasing out hazardous chemicals highly impacting women, preventing pregnant women from working with hazardous chemicals
Study finds sex-specific impacts of prenatal phthalate exposure
Taiwanese cohort study examines prenatal phthalate exposure effects on infant birth weight and gestational age; reports higher impact on male neonates
Obesity and diabetes risks programmed in the womb
New study finds fetal brain response to sugar associated with mother’s insulin sensitivity
Microplastics detected in human breastmilk and mice fetal thalamus
Two studies assess fetal and infant exposure to plastic particles and impacts on mouse fetuses; detect microplastics in 26 out of 34 human breastmilk samples; report polystyrene particles negatively impact mouse fetuses
Testing for developmental neurotoxicity
Special issue of Toxicology and Applied Pharmacology features 18 articles discussing alternative (non-animal) methods for assessing chemicals’ potential to harm neurodevelopment in children
Biomonitoring provides insights into nonylphenol exposure in Germany
Retrospective analyses of urinary nonylphenol (NP) levels in German students over past 30 years demonstrate omnipresence of NP exposure; scientists recommend using NP metabolites as biomarkers for NP exposure assessment; analysis points to foodstuff as major exposure source