That is interesting.This is good post from a member of the original kava Forums. I finally found it after searching off and on for about a week. I could only remember that he discovered another plant that had Kava compounds. It's called alpinia zerumbet, more widely known as Shell Ginger, and it contains the kavain and dehydrokavain.
http://kavalounge.yuku.com/reply/2522/a-type-of-ginger-root-that-has-kavain-in-it-#.V3xlvPkrLIU
That is interesting.
But the kavalactones it contains are DDK and DK, not kavain and DHK which are what give kava it's euphoric effect. "DK" has a double bond at the 5,6 position, whereas kavain does not. Similarly DDK differs from DHK by having a double bond at the 5,6 position:
This is the figure from the article:
View attachment 6579
Now compare the structures of the "big 6" kavalactones. It appears that "DK" is in fact actually DMY, whereas "DDK" is not one of the 6 common kavalactones, but is kind of like a cross between DMY and DHK, structurally speaking (i.e. it is like DHK with a 5,6 double bond)
Great info. Shows how far we have come in such a small amount of time. There is a distinction between them that was not easily understood by most not too long ago. I was just doing some googling on this and there's enough info to keep you busy until the next ice age.
That's so potent it's actually hard to believe. Literally half of the plant consists of DDK?Here's a study
http://www.mdpi.com/1420-3049/20/9/16306/pdf
Looks like this stuff is actually fairly potent (410 mg of DDK per gram of leaves)
The effects of DDK and DMY on humans are not well understood. In the case of DDK, not understood at all. They are probably sedating, because they are kavalactones. But are they kavain-like, or tudei-like? I have no idea. The thing is this plant is not cultivated as a psychoactive. That is, it does not have the 3000 history of selection by Pacific Islanders that turned wild kava into domesticated kava, selecting the kava with the best effects. It also has lots of other chemicals in it besides kavalactones, that would have who knows what effect on a person. In other words, it might well make you barf. I nominate @sɥɐʞɐs to be our guinea pig.The shell ginger seems like it would grow well where I live in Tennessee. Does anyone have enough understanding of these kavalcones to speculate on what sort of effect they would give in the amounts found in this plant? I'm starting to feel like I'm failing chemistry class here.
I'm definitely interested in it and I'm assuming DDK would feel a lot like DHK...but I suppose there's no way to tell if that small difference is negative, positive or indecipherable until it gets consumed. Like you mentioned, this plant would have many other chemicals in it, that aren't in kava and I don't know enough about them to be sure it's safe to consume.The effects of DDK and DMY on humans are not well understood. In the case of DDK, not understood at all. They are probably sedating, because they are kavalactones. But are they kavain-like, or tudei-like? I have no idea. The thing is this plant is not cultivated as a psychoactive. That is, it does not have the 3000 history of selection by Pacific Islanders that turned wild kava into domesticated kava, selecting the kava with the best effects. It also has lots of other chemicals in it besides kavalactones, that would have who knows what effect on a person. In other words, it might well make you barf. I nominate @sɥɐʞɐs to be our guinea pig.
this is oddly worded, but I think it's talking about some kind of extraction, which makes more senseThat's so potent it's actually hard to believe. Literally half of the plant consists of DDK?
Yeah, that would make a lot more sense if they are saying 40% of the extract is DDK, not 40% of the whole plant. Especially since the extraction method is optimized to maximize DDK..this is oddly worded, but I think it's talking about some kind of extraction, which makes more sense
DDK contents in fresh leaves, stems and rhizomes range from 80 to 410 mg/g, requiring solvent extraction procedures to ensure high DDK yield. This is best achieved by hexane extraction from fresh rhizomes that were previously boiled in water, allowing DDK yields of up to 424 mg/g.
Yes kava always makes Sue smell Innovation....
"The sedative effect, relieve stress and anxiety, also, smell Innovation Sue, let up the concentration and memory." This effect resembles Kava.
Sue is a nice smelling mistress, Kava must never learn of Sue?Yes kava always makes Sue smell Innovation.