How do you tackle "forever chemicals"? Notre Dame is the perfect place to find out.We're identifying environmental impacts, developing new ways to measure and manage contaminated water supplies, and exploring new methods of treatment.

Biological Sciences Professor Daniele Miranda tracks the flow of per- and polyfluoroalkyl substances (PFAS), also known as forever chemicals, through waterways to study the effects they have on local communities.Working in collaboration with NOAA and Indiana's Department of Natural Resources (DNR), Miranda and her team of researchers found that underserved communities are exposed to PFAS levels up to ten times higher than the EPA regulations for drinking water—posing serious health risks.This video reveals how PFAS contamination can lead to immunosuppression, various cancers, and decreased vaccine responses while showcasing the University of Notre Dame's research and environmental justice efforts to inform policymakers about this critical environmental issue.This is the third video from the series "PFAS: The Forever Problem." Learn more at nd.edu/stories/pfas.

Engineering Professor Kyle Doudrick examines the challenges related to pervasive forever chemicals found in commonly used household items like waterproof clothing and non-stick cookware. These microplastics and per- and polyfluoroalkyl substances (PFAS) pose significant health and environmental risks.Doudrick and his team are working on innovative approaches to mitigate the impact of PFAS contamination. In this video, discover the ongoing efforts to regulate these substances and the promising technologies being developed at the University of Notre Dame aimed at reducing PFAS contamination.This is the second of three videos from the series "PFAS: The Forever Problem." Learn more at nd.edu/stories/pfas.

Notre Dame researcher Graham Peaslee reveals how man-made PFAS (per- and polyfluoroalkyl substances)—commonly known as forever chemicals—end up in our food and, eventually, the environment. These chemicals persist for thousands of years, posing a significant environmental threat and health risk.In the first of a three-part video series titled "PFAS: The Forever Problem," we discuss how PFAS is quickly becoming one of the largest environmental problems the U.S. has ever faced and the cutting-edge techniques the University of Notre Dame is developing to measure and mitigate their impact on our environment and health.

Chemistry professor Marya Lieberman decided to let the local community’s needs drive her scientific process. That's how she found herself out of the lab and on the front lines of the opioid epidemic.At the University of Notre Dame, Lieberman and her team are working to develop a quick, low-cost test for fentanyl and other deadly drugs. While it won't end the opioid epidemic, it could have an immediate impact, preventing overdoses and giving people second chances they otherwise would not have.Support is always available if you or someone in your life is struggling with substance use. Visit the Substance Abuse and Mental Health Services Administration (SAMHSA) website for help and resources.

In this deeply personal and eye-opening video, the University of Notre Dame explores the devastating impact of the opioid crisis in Huntington, West Virginia. Known as "ground zero" for the epidemic, the community has been hit hard by a tidal wave of pharmaceutical-grade opium, with 10 million pills flooding a population of just 100,000 every year.In this video, we uncover the socioeconomic factors that make places like Huntington particularly vulnerable and reveal how Paul Farrell '94, LLP, and Bill Evans, co-founder of the Wilson Sheehan Lab for Economic Opportunities (LEO), are playing a pivotal role in the fight against the opioid epidemic.This video contains sensitive content about the opioid crisis that may be distressing to some viewers. Support is always available if you or someone in your life is struggling with substance use. Visit the Substance Abuse and Mental Health Services Administration (SAMHSA) website for help and resources.