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Correction to “Activating Adsorption Sites of Waste Crayfish Shells via Chemical Decalcification for Efficient Capturing of Nanoplastics”
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Activating Adsorption Sites of Waste Crayfish Shells via Chemical Decalcification for Efficient Capturing of Nanoplastics
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Scientists developed a way to use waste crayfish shells to capture and remove nanoplastics from water. By removing the mineral components, they exposed natural binding sites on the shell material that can grab onto nanoplastic particles through multiple chemical interactions. This affordable, recyclable approach could offer a practical solution for filtering nanoplastics out of contaminated water, potentially reducing human exposure through drinking water.
Recent advancements in the field of functional adsorbents for use in removing microplastics
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This review surveys functional adsorbents—including porous carbon materials, organic-inorganic hybrids, and metal oxides—for removing microplastics from wastewater, emphasizing affordability, reusability, and capture efficiency as key advantages. Effective wastewater treatment is a critical control point for preventing microplastics from reaching drinking water, aquatic ecosystems, and ultimately the food chain and human tissues.
Correction to “Protein Corona-Directed Cellular Recognition and Uptake of Polyethylene Nanoplastics by Macrophages”
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This document is actually just a correction notice for a previous study, not a new research finding, it doesn't include the details needed to summarize what was found. The original research looked at how tiny plastic particles get coated with proteins from the body, which then affects how immune cells (macrophages) recognize and absorb them. This matters because understanding how our immune system responds to microplastics could help scientists figure out what happens when these particles enter our bodies through food, water, or air.
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