Nanoplastic Shape Effects on Lipid Bilayer Permeabilization

Environmental nanoplastics (ENPs) are generated from natural weathering of larger plastic waste. These nanoplastics are capable of disrupting normal cellular functions. Despite the growing threats of plastic pollution, >90% of current research on interactions between nanomaterials and biological...

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Bibliographic Details
Main Author:	Ricki Chairil (22551257) (author)
Other Authors:	Sara Zachariah (22551260) (author), Noah Malmstadt (1337154) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Genetics Neuroscience Biotechnology Ecology Space Science true biophysical effects increase membrane disruption giant unilammelar vesicles true enp waste nanoplastic shape effects larger plastic waste enp shape controls enp pollution cannot pristine spherical nanoparticles senps damaged membranes enp shape pristine nanoparticles plastic pollution uniform shape plasma membranes permeabilize membranes damage membranes wider variety often polystyrene natural weathering morphologically diverse lipid types lipid composition large part growing threats current research charge states
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Nanoplastic Shape Effects on Lipid Bilayer Permeabilization

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