What is the link between PFAS and liver disease in adolescents?

PFAS exposure is linked to a potential tripling of the risk for metabolic dysfunction-associated steatotic liver disease (MASLD) in teenagers.

Which products contain PFAS chemicals linked to liver disease?

PFAS, or "forever chemicals," are found in items like make-up, cookware, rainwear, and food packaging.

How can we prevent liver disease linked to PFAS according to researchers?

Limiting exposure to PFAS chemicals, especially during adolescence, may help prevent the development of liver disease later in life.

Home / Health / PFAS Exposure Triples Liver Disease Risk in Teens

PFAS Exposure Triples Liver Disease Risk in Teens

13 Jan

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Summary

PFAS exposure may triple adolescents' risk of chronic liver disease.
Teens with higher PFAS levels show increased risk of liver disease.
Limiting PFAS exposure could prevent future liver health challenges.

PFAS Exposure Triples Liver Disease Risk in Teens

Teenagers exposed to pervasive "forever chemicals," or PFAS, face a significantly increased risk of developing chronic liver disease, according to recent University of Hawai'i research. These manufactured substances, commonly found in everyday products like cookware and food packaging, may triple adolescents' chances of contracting metabolic dysfunction-associated steatotic liver disease (MASLD).

This liver condition, already prevalent among U.S. children and adolescents, can escalate to liver cancer or necessitate a transplant. While obesity and genetics are known factors, researchers highlight that adolescents, with their developing bodies, are particularly vulnerable to PFAS health effects. Studies involving Southern California adolescents found elevated risks with higher PFOA and PFHpA levels.

Experts emphasize that PFAS exposure, combined with genetics and lifestyle, influences individual risk for MASLD. The widespread presence of PFAS, detected in over 99% of Americans' blood and U.S. drinking water, underscores the urgency of reducing exposure. Early intervention by limiting PFAS could prevent future lifelong liver health challenges, presenting a critical public health opportunity.