MIT Develops Biodegradable Microplastic Alternatives for Cosmetics

Karmactive Staff

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MIT engineers develop biodegradable polymers as microplastic bead alternatives, breaking down into harmless sugars and amino acids

Microplastic contamination spans globally, with particles detected in human bodies from tires, clothing, and plastic packaging breakdown.

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New particles outperform traditional polyethylene microbeads in soap foam tests, effectively removing permanent marker and waterproof eyeliner.

Biodegradable particles demonstrate superior absorption of toxic elements like heavy metals, expanding potential applications.

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Research team modifies poly(beta-amino esters) polymers to enhance water resistance and pH sensitivity properties.

Particles show promise in nutrient preservation, maintaining 50% vitamin integrity after six months in harsh storage conditions.

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Implementation in bouillon cubes proves successful, with nutrients remaining stable after two hours of boiling.

European Union's 2023 microplastic ban sets stage for human trials, supported by Estée Lauder grant.

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Gates Foundation and US National Science Foundation back research published in Nature Chemical Engineering.