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Low-dose Reduced Nanoplastics Increase the Pulmonary Toxicity of Heavy Metals by Altering the Initial State of Cells
Summary
Researchers examined how reduced (chemically transformed) nanoplastics at low doses amplify the pulmonary toxicity of heavy metals, finding that nanoplastic-induced changes to the initial cellular state sensitize lung cells to metal-driven damage through mechanisms explored via cell viability assays, confocal imaging, and animal experiments.
These data encompass physicochemical characterization data of nanoplastics after reduced transformation, cell treatment results obtained using CCK8, confocal microscopy, and other techniques, as well as data from exploring related mechanisms, and relevant animal experiment data.
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