Feature

PFAS Bioaccumulation: The Biology of Forever

Carrie McDonough explores how PFAS move, bind, and transform within us – redefining what exposure really means

  • By

  • February 23, 2026

  • 20 min

Share

Carrie McDonough, an Associate Professor of Chemistry at Carnegie Mellon University, emphasizes the need for new risk assessment models for PFAS due to their unique bioaccumulation behavior. Unlike traditional pollutants, PFAS interact with proteins and phospholipids, complicating their risk assessment and exposure evaluation. Her research also focuses on identifying unknown organofluorine compounds that contribute to PFAS toxicity. By employing advanced analytical techniques, McDonough aims to enhance our understanding of PFAS distribution in biological systems and their long-term health impacts.

Original Source(s)

PFAS Bioaccumulation: The Biology of Forever

Carrie McDonough explores how PFAS move, bind, and transform within us – redefining what exposure really means

  • February 23, 2026

  • 20 min

Related Content

The Molecular Secret to Spider Silk’s Strength 

AlphaFold3 and DNP-enhanced NMR reveal key residue-level interactions in dragline silk

  • February 16, 2026

  • 3 min
Bracco Targets Cell Therapy Manufacturing with Bead-Free Microbubble Cell Processing

Bead-free microbubble approach aims to simplify cell selection and activation for scalable cell therapy manufacturing

  • February 13, 2026

  • 3 min
Training the Medicine Makers the UK Can’t Afford to Lose

Why immersive training could be critical to closing the UK’s medicines manufacturing skills gap

  • February 12, 2026

  • 6 min