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Author's reply to comments on: Micro- and nanoplastics and the kidney: exposure pathways, toxicokinetics, and pathophysiological insights
Original title: Author’s reply to comments on: Micro- and nanoplastics and the kidney: exposure pathways, toxicokinetics, and pathophysiological insights
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Scientists found that tiny plastic particles (like those from broken-down everyday plastics) can travel through the digestive system and reach the kidneys, where they get absorbed by important filtering cells and change their shape and structure. Using fish and lab-grown human kidney cells, researchers also discovered that if the kidney's filtering system is already damaged, these plastic particles pass through more easily, suggesting people with kidney disease might be more vulnerable to potential harm from microplastic exposure. This early research highlights a new reason to take plastic pollution seriously, though more studies are needed to know exactly how this affects human health long-term
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Tiny plastic particles from our air, water, and food—called micro- and nanoplastics—can enter our bodies and travel to the kidneys, where studies show they may cause cell damage, inflammation, and scarring over time. This review pulls together existing research on how these plastics get into our system and harm kidney tissue, suggesting that everyday plastic exposure could be an overlooked risk factor for kidney disease. More research is needed, but this is an early signal that reducing plastic exposure might matter for long-term kidney health.
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Researchers reviewed experimental and mechanistic evidence on how micro- and nanoplastics damage kidneys, synthesizing a framework in which oxidative stress, inflammasome activation, mitochondrial dysfunction, and profibrotic remodeling collectively drive nephron injury — while noting that standardized biomonitoring protocols and nanoscale detection methods remain critical unresolved challenges.
Human exposure to micro- and nanoplastics: routes, accumulation, and health implications
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This review synthesizes evidence that microplastics and nanoplastics have been detected in human blood, placenta, breast milk, and stool, with emerging associations between internal MNP burdens and inflammatory, cardiometabolic, and potential reproductive effects. Humans are exposed through ingestion, inhalation, skin contact, and medical interventions, making microplastic accumulation in the body a pressing public health concern requiring urgent research into clinical health outcomes.
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Scientists found tiny plastic particles, and even bits of paint pigment, in human urine and kidney tissue for the first time. This matters because kidney disease rates are rising worldwide, including mysterious cases with no clear cause, and researchers now want to find out whether these plastic fragments are passing through our kidneys or actually contributing to kidney damage. It's an early but important clue in understanding how the plastics we're constantly exposed to might affect our organs.
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