News Article

How the Scientists’ Coalition brings independent science to policymakers

A perspective article explains why the Scientists’ Coalition for an Effective Plastic Treaty was formed and how it works; the Scientists’ Coalition employs a multi-faceted communication approach including a media strategy to reach all relevant stakeholders; member scientists must declare any conflicts of interests and publish peer-reviewed research related to plastic pollution

News Article

Global treaty on plastics?

Ensia article highlights the need for a global environmental agreement on plastics and outlines how it could be shaped

News Article

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.

Events 2014 Workshop

Hazardous chemicals in food contact materials?

The Food Packaging Forum’s second annual workshop was dedicated to hazardous chemicals in food contact materials (FCMs). A recent study by the Food Packaging Forum revealed that known chemicals of concern are knowingly and intentionally used in the manufacture of FCMs. During the workshop, participants learned from internationally renowned scientific experts how hazardous chemicals are managed in FCMs, how their risk is assessed, how chemical analytical work helps to ensure the safety of food packaging, and what emerging issues are related to the risk of chemicals in FCMs. They also heard […]

News Article

Microplastic effects on colon cells, blood lymphocytes, and gut-liver axis

Two in vitro studies analyze plastic particle effects using human cells; find polystyrene (PS) particles change metabolism of human colon cells similar to a carcinogen; PS nanoplastics may have cytotoxic and genotoxic potential on human blood lymphocytes; mouse study indicates microplastics increase risk of insulin resistance; researchers calculate particle ingestion from takeaway containers