Study Finds Cancer-Causing Forever Chemicals in Band-Aids, Calls for Removal from Wound Care Products

A recent study has revealed alarming levels of cancer-causing forever chemicals, known as PFAS (per- and polyfluoroalkyl substances), in popular bandage brands like Band-Aid and CVS Health. The presence of organic fluorine, a type of PFAS, in these bandages poses serious health risks, especially when applied to open wounds.

According to the report conducted by Mamavation in partnership with EHN.org, approximately 26 bandages tested contained detectable levels of organic fluorine, ranging from 11 parts per million to 328 ppm. 

Cancer-causing forever chemicals found in BAND-AIDS where they can get directly into blood through open wounds, report warns.

This finding has raised concerns about the potential exposure of consumers to harmful chemicals through direct contact with their skin.

Experts emphasize that PFAS are not essential for wound care and advocate for the removal of these forever chemicals from bandages, urging the industry to opt for PFAS-free materials instead. Bandages from certain brands like 3M and Tru Colour were found to be free of organic fluorine and other harmful compounds.

Scott Belcher, an associate professor at the Center for Environmental & Health Effects of PFAS at North Carolina State University, explained that the presence of organic fluorine in bandages is likely due to the widespread use of fluoropolymers such as polytetrafluoroethylene (PTFE), which contain PFAS.

The study also highlights the pervasive presence of PFAS in various consumer products, including contact lenses, pasta and tomato sauces, sports bras, tampons, dental floss, and more. Despite the common perception that PFAS pollution is mainly found in water sources, the study’s findings underscore the need to address exposure from everyday items.

Linda S. Birnbaum, scientist emeritus and former director of the National Institute of Environmental Health Sciences, expressed concern over the potential health risks associated with PFAS exposure through bandages applied to open wounds. While the exact risks of skin exposure to PFAS are not fully understood, laboratory research suggests that it may carry comparable health risks to ingestion through food or water.

In light of these findings, there is a growing call for stricter regulations and greater transparency regarding the presence of PFAS in consumer products, particularly those used in direct contact with the skin. 

Further research is needed to fully assess the implications of PFAS exposure and to develop effective strategies for minimizing its risks to public health.