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Scientists detect microplastics in human veins, colon tissue, and urine

Small pilot study analyzes saphenous vein tissues from five individuals and detects 15 plastic particles/g tissue indicating transport of plastic particles within human tissue; review concludes more research needed to elucidate the potential carcinogenicity of micro- and nanoplastics; researchers find potential connection between colorectal cancer and microplastic exposure level; preliminary study report microplastic presence in four out of six urine samples 15 plastic particles/g of tissue

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NORMAN-SLE – Open and FAIR suspect screening

Scientists publish creation and implementation details of The NORMAN Suspect List Exchange (NORMAN‑SLE); now openly available as a FAIR (Findable, Accessible, Interoperable, Reusable) chemical information resource; includes 99 suspect lists and 100,000 substances; new submissions are welcome

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Researchers detect microplastics in human semen and heart

Four recent studies assess microplastics: in human semen, heart, from baby food containers, and suitability of in vitro models to investigate human health effects; find microplastics in six out of ten semen samples, find impacts on semen quality; samples from cardiac surgery patients contain microplastics in heart and surrounding tissue; billions of nano- and microplastics released from plastic baby food containers; outline challenges and recommendation of studying plastic particles in vitro

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Microplastic effects on colon cells, blood lymphocytes, and gut-liver axis

Two in vitro studies analyze plastic particle effects using human cells; find polystyrene (PS) particles change metabolism of human colon cells similar to a carcinogen; PS nanoplastics may have cytotoxic and genotoxic potential on human blood lymphocytes; mouse study indicates microplastics increase risk of insulin resistance; researchers calculate particle ingestion from takeaway containers

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Phthalates: 'Safe' levels may not be protective of human health

New peer-reviewed scientific study by the Food Packaging Forum and academic scientists shows regulatory ‘safe’ limits for human exposure to phthalates may be set at levels not sufficiently protective of human health; analysis reviews 38 human health studies; highlights need for revising current approach and to re-assess the safety of chemicals already on the market