British study links maternal polyfluoroalkyl compounds to postnatal growth and development of girls.
Prenatal cadmium levels associated with lower IQ in children
Cohort study in rural Bangladesh finds that maternal cadmium levels are linked to IQ in 5-year-olds.
CDC release updated human exposure data
CDC release updated human exposure data from NHANES on food contact substances
Health Canada: Bisphenol A from dietary exposure is safe
Health Canada reaffirmed its earlier conclusion that dietary exposure to Bisphenol A is not thought to pose a health risk
Belgium bans Bisphenol A for young children
Belgium adopted a ban of Bisphenol A in all food contact materials of products aimed at children under three.
Gain weight because of endocrine disruption?
A study by scientists from the New York University’s School of Medicine published in September 2012 found elevated levels of a common food contact substance, bisphenol A (BPA), to be associated with a higher risk for being overweight in children and adolescents. The study used nationally representative data from the National Health and Nutrition Examination Survey (NHANES) study collected in 6 to 19 year old US inhabitants. The study’s design does not permit conclusions regarding causation, however biological plausible explanations of how BPA may cause overweight or obesity do exist, making the study relevant and highlighting the need for further research.
NGOs add EDCs as an emerging issue to their agenda
At the international conference in September delegates agreed to include new measures to a multistakeholder policy framework on the safer production and use of chemicals
Scientists meet in Berlin 11-13 September
Experts meet in Berlin 11-13 September to discuss low dose effects and non-monotonic dose responses
Denmark plans to ban four phthalates
Denmark’s Ministry of the Environment has decided to move forward with a ban of the four phthalates DEH, DBP, DIBP and BBP
NY Times on EDCs
Op-ed in NY Times calls for more regulation of EDCs, discusses new research on epigenetic transgenerational effects of BPA.