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<p style="text-align:start">The genomic analysis of 52&nbsp;<em>Psilocybe&nbsp;</em>specimens includes 39 species that have never been sequenced.&nbsp;<em>Psilocybe&nbsp;</em>arose much earlier than previously thought&mdash;about 65 million years ago, and the authors found that psilocybin was first synthesized in mushrooms in the genus&nbsp;<em>Psilocybe.</em> Their analysis revealed two distinct gene orders within the gene cluster that produces psilocybin. The two gene patterns correspond to an ancient split in the genus, suggesting two independent acquisitions of psilocybin in its<u>&nbsp;</u>evolutionary history. The study is the first to reveal such a strong evolutionary pattern within the gene sequences underpinning the psychoactive proteins synthesis.</p>


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Utah ,United States ,University Of Utah ,Virginia ,Alexander Bradshaw ,Egiuliana Furci ,Ali Awan ,Laura Guzm ,Proceedings Of The National Academy Sciences ,Efungi Foundation ,National Science Foundation ,Fungi Perfecti ,Natural History Museum Of Utah ,Method Of Research ,Natural History Museum ,Bryn Dentinger ,National Academy ,Virginia Ram ,Universidad De Guadalajara ,

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