intestino, con cinética de acumulación en el tejido y patrón de distribución que parece depender del tamaño de partícula de las MP. Así como también detectaron alteraciones del metabolismo energético y lipídico, así como estrés oxidativo en este modelo. https://t.co/qK6vwo4u6b
Tissue accumulation of microplastics in mice and biomarker responses suggest widespread health risks of exposure.
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Jun 2019 – Mar 2025Where it's discussed
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News123 articles
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X / Twitter4 posts
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Blogs4 articles
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YouTube3 videos
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AI synopsis
What people are saying
The group's discussions reveal a strong consensus on the health risks posed by microplastics, with references to biological effects like oxidative stress and tissue accumulation. The tone varies from technical details, such as particle size influence, to concerns about human health, indicating high engagement and awareness of the article's importance.
Most discussions acknowledge the health risks associated with microplastic accumulation, showing general support for the publication's findings.
Participants demonstrate high interest by discussing specific details such as tissue accumulation, particle size, and metabolic effects.
Some posts engage deeply by mentioning biochemical processes and potential human implications, indicating thoughtful involvement.
The discussions reflect awareness of significant biological and environmental impacts, emphasizing health and ecological concerns.
Abstract in brief
- Microplastics (MPs) are a growing environmental health concern, found in oceans, sediments, and even table salts, with limited research on their toxicity in mammals.
- In a study with mice, researchers used polystyrene microplastics of different sizes to examine how these particles accumulate in tissues like the liver, kidney, and gut, showing that accumulation depends on particle size.
- The study also found that MPs exposure disrupts energy, lipid metabolism, and causes oxidative stress, with potential neurotoxicity, highlighting significant health risks associated with microplastic exposure.]
Top posts
Most liked on X and BlueskyRT @Aponte27C: intestino, con cinética de acumulación en el tejido y patrón de distribución que parece depender del tamaño de partícula de…
@TheoRettich @SaIlikesMao nah if the microplastics are about 1-10 micrometers diametre they can lol(in humans). They're not called micro because they're just kinda small. https://t.co/nLJAODwfjN
(16/16) Sources: Cox, Kieran D., et al. "Human consumption of microplastics." Environmental science & technology 53.12 (2019): 7068-7074. Deng, Yongfeng, et al. "Tissue accumulation of microplastics in mice and biomarker responses suggest widespread health risks of exposure."
All mentions
Understanding Plasticosis: The Hidden Threat to Marine Birds
Plastic residues are a significant environmental problem. This video explores how plastics cause tissue scarring and fibrosis in seabirds, called Plasticosis, highlighting the harmful impacts of plastic pollution on…
Microplastics in Oceans and Their Health Risks
This video explores the environmental and health impacts of microplastics in oceans, highlighting their accumulation in mammalian tissues and potential health risks, including metabolic disruption and oxidative stress…
Health Risks of Microplastics Through Mammalian Exposure
Microplastics are a growing environmental concern, found in oceans, sediments, and food. This study with mice shows how microplastics accumulate in tissues, disrupt metabolism, and induce oxidative stress, revealing…
(16/16) Sources: Cox, Kieran D., et al. "Human consumption of microplastics." Environmental science & technology 53.12 (2019): 7068-7074. Deng, Yongfeng, et al. "Tissue accumulation of microplastics in mice and biomarker responses suggest widespread health risks of exposure."
@TheoRettich @SaIlikesMao nah if the microplastics are about 1-10 micrometers diametre they can lol(in humans). They're not called micro because they're just kinda small. https://t.co/nLJAODwfjN
RT @Aponte27C: intestino, con cinética de acumulación en el tejido y patrón de distribución que parece depender del tamaño de partícula de…
intestino, con cinética de acumulación en el tejido y patrón de distribución que parece depender del tamaño de partícula de las MP. Así como también detectaron alteraciones del metabolismo energético y lipídico, así como estrés oxidativo en este modelo. https://t.co/qK6vwo4u6b
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