frozenborderline
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https://www.pnas.org/content/115/27/7087
I really can’t overstate how huge this article is. There have been previous articles showing that molds can use nanoparticles in interesting ways in the lab, and separately that nanoparticles themselves can act differently re the immune system than diffsize particles. But this article puts that all together and studies the interaction Btwn molds and various kinds of nanoparticles both in the lab and in samples from the “wild” showing that mold colonies aggregate nanoparticles in a way that alters the molds pathogenicity! The authors suggest that it’s probable or possible that most mold in the wild is doing this, and so models based on standard mycotoxin toxicity from labs, don’t accounts for this behavior. And it’s published in a good journal.
I really can’t overstate how huge this article is. There have been previous articles showing that molds can use nanoparticles in interesting ways in the lab, and separately that nanoparticles themselves can act differently re the immune system than diffsize particles. But this article puts that all together and studies the interaction Btwn molds and various kinds of nanoparticles both in the lab and in samples from the “wild” showing that mold colonies aggregate nanoparticles in a way that alters the molds pathogenicity! The authors suggest that it’s probable or possible that most mold in the wild is doing this, and so models based on standard mycotoxin toxicity from labs, don’t accounts for this behavior. And it’s published in a good journal.