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Inhalable textile microplastic fibers impair lung repair
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Human and murine lung organoid experiments showed that nylon microfibers, but not polyester fibers, impaired airway organoid growth and development, with the damage driven by leached components rather than physical obstruction, raising concerns for lung health during early development.
Abstract Synthetic textiles shed fibers that accumulate indoors and this results in continuous exposure when indoors. High exposure to microplastic fibers in nylon flock workers has been linked to the development of airway and interstitial lung disease, but the exact health effects of microplastic fibers on the lungs are unknown. Here we determined effects of polyester and nylon textile microplastic fibers on airway and alveolar epithelial cells using human and murine lung organoids. We observed that particularly nylon microfibers had a negative impact on the growth and development of airway organoids. We demonstrated that this effect was mediated by components leaking from nylon. Moreover, our data suggested that microplastic textile fibers may especially harm the developing airways or airways undergoing repair. Our results call for a need to assess exposure and inhalation levels in indoor environments to accurately determine the actual risk of these fibers to human health. Teaser Airborne fibers shed from synthetic textiles, in particular nylon, can inhibit repair of the cells coating the airways
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