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endocrine disruptor

April 20, 2026

Millions of preterm births worldwide can be attributed to phthalate exposure

Scientists estimate that nearly 2 million preterm births and 74’000 newborn deaths globally in 2018 can be attributed to di(2-ethylhexyl) phthalate (DEHP); similar results for diisononyl phthalate (DINP); burden is highest in South Asia, the Middle East, and Africa; authors recommend regulating phthalates as a chemical class
Reading time: 2 minutes

March 23, 2026

Expert panel encourages immediate action on endocrine-disruptor governance

Report synthesizes roundtable co-organized by Food Packaging Forum on governance of endocrine-disrupting chemicals (EDCs); discusses scientific evidence and need for immediate policy action, fill knowledge gaps to address EDCs; new communication methods key to policy influence
Reading time: 3 minutes

February 2, 2026

Bisphenols vary in their internal exposure, study finds

Scientists use physically based kinetic models to increase understanding of bisphenol concentrations in humans upon oral exposure; report significant differences in organ levels and toxicokinetic profiles of bisphenol A (BPA) and its analogues
Reading time: 2 minutes

January 22, 2026

Alternatives have replaced BPA as color developer in food labels

Scientists analyze 247 thermal food labels from 15 countries; report bisphenol S (BPS) in 48% of samples, replacing bisphenol A (BPA, 2% of samples); identify new alternatives; show film materials influence color developer migration from label into food: increased for polyvinyl chloride
Reading time: 3 minutes

December 10, 2025

Chemical complexity increases with PET recycling, scientists find

Three studies compare virgin and recycled food contact polyethylene terephthalate (PET) using targeted chemical analysis; find diversity and levels of chemicals mostly greater in recycled PET; show that contamination increases along recycling chain; present method to quantify recycled content in PET
Reading time: 6 minutes

November 21, 2025

Swiss children’s products release bisphenols under normal use

Swiss scientists assess bisphenol migration from 162 products available in supermarket chains in Switzerland, including 16 in contact with food; find bisphenol migration from wide range of consumer products with estimated daily intake above regulatory safety threshold; call to prioritize oral-contact children’s products in regulatory surveillance
Reading time: 3 minutes

January 27, 2025

PFAS exposure can impact metabolic diseases and obesity

Epidemiological study links maternal exposure to per- and polyfluoroalkyl substances (PFAS) with increased risk of childhood obesity; PFAS found to disturb fat metabolism in-vitro inducing conflicting effects during fat cell differentiation; several thousand PFAS predicted to bind to nuclear hormone receptors involved in weight regulation
Reading time: 4 minutes

June 24, 2024

Study finds metabolism- and endocrine-disrupting chemicals present in plastic food packaging can migrate

A recent study explores the diversity of chemicals migrating from food contact articles into food simulants; 73% of extractable chemicals also migrated to food simulants; only 2% could be matched to currently known plastic chemicals; all migrates activated nuclear receptors, may disrupt metabolism or the endocrine system; migrates from PUR, PVC and LDPE contained more chemicals than other tested polymers and were more toxic
Reading time: 3 minutes

April 17, 2024

Review of endocrine disruptors in beverage packaging

Publication assesses over fifty studies on endocrine disrupting chemicals migrating from packaging into beverages; finds that material type, acidity, and storage impact migration rates; phthalates were most detected in polymer films, while bisphenol A was measured most in canned beverages
Reading time: 2 minutes

March 22, 2024

Majority of plastic food contact articles likely endocrine and metabolism disrupting

Two studies investigating chemicals from retail plastic food contact articles find considerable variability in complexity, with subsequent effects on cell-based tests of hormone disruption; many more chemicals measured from PVC and polyurethane than other polymers though the chemical mixtures from majority of the plastic samples are hormone disrupting; further evidence of PVC and PUR can interfere with GPCR-based cell communication
Reading time: 3 minutes
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