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Tier 2
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Original research — experimental, observational, or case-control study. Direct primary evidence.
Human Health Effects
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Study of suspended microplastics in indoor air to assess human exposure through inhalation
Zenodo (CERN European Organization for Nuclear Research)
2026
Score: 50
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Henar Margenat
Henar Margenat
Henar Margenat
Oskar Hagelskjær,
Henar Margenat
Nadiia Yakovenko,
Oskar Hagelskjær,
Oskar Hagelskjær,
Nadiia Yakovenko,
Jeroen Sonke,
Théo Segur,
Théo Segur,
Théo Segur,
Henar Margenat
Oskar Hagelskjær,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Henar Margenat
Lucía Pérez Serrano,
Henar Margenat
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Lucía Pérez Serrano,
Lucía Pérez Serrano,
Oskar Hagelskjær,
Henar Margenat
Henar Margenat
Théo Segur,
Théo Segur,
Théo Segur,
Théo Segur,
Théo Segur,
Théo Segur,
Lucía Pérez Serrano,
Oskar Hagelskjær,
Théo Segur,
Henar Margenat
Nadiia Yakovenko,
Oskar Hagelskjær,
Théo Segur,
Oskar Hagelskjær,
Théo Segur,
Nadiia Yakovenko,
Théo Segur,
Nadiia Yakovenko,
Henar Margenat
Henar Margenat
Nadiia Yakovenko,
Oskar Hagelskjær,
Henar Margenat
Oskar Hagelskjær,
Oskar Hagelskjær,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Oskar Hagelskjær,
Henar Margenat
Nadiia Yakovenko,
Nadiia Yakovenko,
Henar Margenat
Henar Margenat
Henar Margenat
Henar Margenat
Henar Margenat
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Gaël Le Roux,
Gaël Le Roux,
Gaël Le Roux,
Gaël Le Roux,
Nadiia Yakovenko,
Henar Margenat
Henar Margenat
Henar Margenat
Théo Segur,
Henar Margenat
Théo Segur,
Nadiia Yakovenko,
Jeroen Sonke,
Jeroen Sonke,
Nadiia Yakovenko,
Jeroen Sonke,
Jeroen Sonke,
Henar Margenat
Oskar Hagelskjær,
Henar Margenat
Henar Margenat
Summary
Researchers investigated suspended microplastics in indoor air to assess the extent of human exposure through inhalation. The study quantified airborne microplastic particles in indoor settings, providing data on a potentially important but understudied route of daily microplastic intake for the general population.
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Study of suspended microplastics in indoor air to assess human exposure through inhalation
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