Tag: Per- and polyfluoroalkyl substances research
Deep-learning fluorescence array quantified multiple PFAS in water
Detecting multiple water pollutants simultaneously using fluorescence and artificial intelligence
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
Home-produced eggs had the highest PFAS levels in Croatia
Contamination levels in commercial and home-produced eggs in Croatia
PFAS aerosols concentrated in fine particles under chamber conditions
How common environmental contaminants form airborne particles and reach the lungs
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
Target-only PFAS data can still differentiate overlapping sources
Identifying PFAS sources using only targeted chemical measurements
Visible-light photocatalyst achieves near-complete PFAS defluorination
A light-powered catalyst breaks down persistent water contaminants without added chemicals
