Concept: Fluoride Effects and Removal
F6H8 altered human liver cell metabolism and produced a PFAS-like metabolite
Eye drop compound undergoes unexpected metabolic conversion to PFAS-like substance in liver cells
PFOS detected rapidly with a dual-recognition chemiresistive sensor
Sensor using fluorine interactions detects toxic PFOS in water and soil
Neurodegeneration, Oxidative Stress, NGF/TrkA/P75NTR, and PGE2 Dysregulation Induced by PFOS Single and Repeated Treatment: Partial Protection by T3 and Other Therapeutic Approaches
How a persistent chemical damages brain cells and potential protective treatments
Sunlight-driven photocatalyst cleaves PFAS carbon–fluorine bonds
A photocatalyst that breaks down persistent water pollutants using visible light
PFOA-linked bladder cancer signals identified in transcriptomic analysis
A molecular link between a common industrial chemical and bladder cancer
Certain nitrogen compounds improved PFOA electrochemical degradation
Adding nitrogen compounds boosts removal of a persistent pollutant by electrochemical oxidation
DOM forms PFAS nanoclusters and lowers phytotoxicity
PFAS form protective nanoclusters with natural organic matter, reducing plant toxicity
