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Science

Student Discovers Long-Awaited Mystery Fungus Sought By LSD's Inventor (sciencedaily.com) 18

LSD "is used to treat conditions like depression, post-traumatic stress disorder and addiction," notes Science Daily. And now a microbiology student "has found a long sought-after fungus that produces effects similar to the semisynthetic drug..." Morning glory plants live in symbiosis with fungi that produce the same ergot alkaloids the Swiss chemist Albert Hofmann modified when he invented LSD in the late 1930s. Hofmann hypothesized that a fungus in morning glories produced alkaloids similar to those in LSD, but the species remained a mystery...

The researchers dubbed the fungus "Periglandula clandestina" for its ability to have eluded investigators for decades.

Student Discovers Long-Awaited Mystery Fungus Sought By LSD's Inventor

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  • A typical student's kitchen must be good hunting grounds for a microbiologist!
  • Mentioned in Abby Hoffman's Steal This Book , in the Free Drugs chapter - so there was some truth that you could get high from them.

    • by cusco ( 717999 )

      Oh, hell yeah. A package of morning glory seeds is enough for a light-to-medium trip. For some reason Heavenly Blue and Pearly Gates colors seem to be stronger than others. Processors used to put a small amount of strychnine on them, not to make people eating them sick as the general belief went but to ensure that they wouldn't have fertile seeds. They don't do that any more but if you search you can find organic seeds that wouldn't have it. A certain amount of nausea is common anyway, if you need to b

  • He didn't really "invent" it. He spilled it on his hand by accident

    • He didn't really "invent" it. He spilled it on his hand by accident

      Albert Hoffman was an extremely skilled synthetic chemist and he not only invented the techniqes used to produce lysergic acid derivatives, he synthesized a large number of them himself.

      While working with the 25th dialkyl derivative of lysergic acid that he had prepared, LSD-25 (it was the diethyl derivative), he became the first person to be intoxicated by it, but how he managed to ingest it (probably about 25 micrograms) has never been determined. The procedures he used should have protected him from expo

      • Most of your information is correct, but there is no mystery as to how he tripped or the quantity. He took the LSD off of the shelf it had been sitting on for 5 years, and ate what he thought was a small dose ... 500 micrograms IIRC. It was fast more than 25 mics. You can easily conclude that if you read his book or the diary entries of his bicycle ride when tripping.
        • The first trip (the bicycle ride) was unintentional, shortly afterwards he deliberately dosed it in an intentional and measured way.

  • After the isolation and identification of the ergot alkaloids from the ergot fungi in the early 20th century the discovery of these same complex and delicate chemical structures in the Convolvulaceae (morning glories) was quite a surprise as they appeared to have evolved no where else in any of the plant kingdom (or elsewhere in the fungal kingdom for that matter).

    So the theory was proposed that this was the result of a fungus that had long ago become an obligate parasite or endosymbiont in that plant famil

    • Reading the paper's abstract (can't get the full article yet), not just the press release, I see that this is NOT the first time that an ergot producing fungus had been recovered from morning glory seeds, despite what the misleading headline would have us believe. This was the third such recovery from a morning glory species, and as we expect from co-evolution each is a different fungal species. Now we need to get the A. nervosa fungus isolated!

  • This morning when I woke up. 8====D

"One day I woke up and discovered that I was in love with tripe." -- Tom Anderson

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