Reduction of Cedar Pollen Adhesion by Lecithin Polymer Coating

Kobayashi, Yusuke; Sakuma, Kenichi; Hosoi, Junichi; Suda, Yukimitsu; Maeno, Katsuyuki; Miyazawa, Kazuyuki; Ichikawa, Hideyuki; Kohno, Y.

doi:10.2332/allergolint.54.573

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2016

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“…In addition, it would seem that PANI nano‐microspheres can impede the electrostatic attachment of pollen and spores because of high antistatic property of conducting PANI . It is also known that antistatic materials can effectively reduce the pollen adhesion . In contrast, animal hair functionalized with PANI nanofibers alone (i. e., without nano‐microspheres) attracts a similar amount of Camellia pollen as untreated hair, yet resist the attachment of Lycopodium spores (Supporting Figure S8a and S8b).…”

Section: Figurementioning

confidence: 99%

Bioinspired Polyaniline‐Functional Natural Hairs for Pollen Protection

Chechetka

Miyako

2016

ChemistrySelect

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Self‐assembled polyaniline nano‐microspheres with a low cytotoxicity were synthesized by a simple temperature controlling method and uniformly distributed on animal hairs that had been chemically functionalized with 4‐aminothiophenol. The resulting hybrid hairs were found to exhibit unique characteristics that help reduce the adhesion of natural pollen grains and spores. This new type of natural hybrid material shows great promise for the development of anti‐pollen fiber products capable of protecting against many different types of environmental pollutant.

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Section: Figurementioning

confidence: 99%