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Mechano‐Bactericidal
In article number 2213650, Joonseok Lee and co‐workers develop a puncturable nanostructured air filter via a catalyst droplet‐based synthesis to effectively collect and deactivate airborne bacteria. The unique puncturable nanostructures featuring a nano‐edge can cause mechanical damage to the bioaerosol without external stimulations, resulting in the inhibition of bacterial proliferation...
Bioaerosol contamination problems have led to the need for new technologies that effectively collect and inactivate airborne microorganisms. Typical nanomaterial‐based filter membranes are usually sterilized using photocatalysts, electrical stimulation, and thermal treatment, which are expensive and require additional devices and cumbersome manufacturing. In this study, a membrane with nanotopographical...
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