Auto-SummaryThe post discusses the potential of using tryptophan to increase psilocybin content in Psilocybe cubensis mushrooms. The author believes that Gartz, Shulgin, and others were incorrect in recommending this method. Instead, the author suggests extracting DMT and exposing it to the fungi as early as possible, as it is poorly absorbed into the organism and should be provided in a pure form. The author also explains that tryptophan is not a viable precursor for psilocybin production due to end product inhibition in the biosynthetic process of P. cubensis. The author concludes that the main reason tryptamine works well, while tryptophan and DMT do not, is due to water solubility, as tryptamine is soluble in water and can be absorbed into the fungus during its normal biosynthetic process.
Believe me gray1, I have read the thread. I guess my mistake was believing Gartz, Shulgin, or YOU when you said:
' i would reccomend extracting the dmt and including it/exposing it to the fungi organism as early as possible. in order to be effective in increasing the psilocybin content (which we have shown numerous times as theoretically possible based on the simple cellular metabolic conversions) it must be bioavailable to the organism. i recently read a pare concerning incorporation of substances into the fungi based on radiolabelling, and it appears as if dmt is poorly absorbed/transported into the organism. therefore, make it as easy as possible by providing it in a pure form and exposing the organism to it as long as possible.
i also mention this in the doubters of the dmt method post
"tryptamine, whcih is readily formed from tryptophan by P. cubensis, serves as a better precursor of psilocybin than tryptophan. N-methyltryptamine is a still better progenitor of psilocybin, but n, n dimethyltryptamine is rather poorly incorporated as judged from the dilution factors, however, if the poor absorbtion of this compound by the fungus, less than 5%, is taken into account, the high dilution factor does not make it an unlikely intermediate." '
8^)
In reference to tryptophan, feel free to search the shroomery for the numerous posts about people trying to use tryptophan with NO PERCEIVEABLE increase in potency (Ryche Hawk for one). I will assume that perceivable is what counts here. I also understand that you can't trust everything posted on the shroomery, but judging the direction that people tend to lie around here, I would assume that if they were going to lie about this, they would claim it did work, not the other way around. And trust me, certain people would thrust themselves forward to write up a tek and claim credit for their discovery (sorry, that just amuses me to no end). I'm sorry, but I won't admit to having tried it, so I have no first hand experience with it. If you trust that I am not going to lie about it, I will say that I have spoken to a two organic chemists, and one biochemist who HAVE tried this (where it is legal to do so) and they had no luck. So again, if you trust me... Tryptophan (under normal conditions) will not boost psilo levels.
Ok, now I will hold your hand now and explain the "work" I was talking about. 8^)
I have theorized that there are genetic limitations in the biosynthetic process of P. cubensis that will try to hinder the production of excess psilo alkaloids. Do some reading on allosteric enzymes... The problem is end product inhibition. Basically when the amount of psilocin gets high, it starts binding to the enzyme converting tryptophan into tryptamine and prevents that step from occuring any further. The good news (and this explains the known behavior of adding precursors to P. cubensis) is that this usually only happens at the first step of the biosynthetic process. This partially explains why tryptamine results in massive psilocin, but tryptophan does not. Getting psilocybin, would probably require that work I was talking about. My theory WAS that you would have to supply not only enough nutrition for regular metabolic processes, but also EXTRA nutrition (maybe nutrition is not the best word here) to supply the building blocks of the excess: tryptamine, N-methyltryptamine, n, n dimethyltryptamine,psilocin, and psilocybin. We can be reasonable sure this is true for the psilocybin step. It probably doesn't have enough phosphate to create the psilocybin from the psilocin. My suggestion that starting with DMT would be easier meant that you would only have to supply this kind of extra 'nutrition' for the last two steps of the biosynthetic process since simply adding tryptophan isn't going to do it. So I was saying it would be more work to get tryptophan to work than to extract DMT. Looking at it now, we can see I was only partially right.. No matter what you do, you probably can't use tryptophan, but it still would require "something" extra to get tryptamine, or n-methyltryptamine to produce excess psilocybin and still be healthy enough to fruit normally.
That is all I was trying to say, and it really is a while lot of arguing over a petty issue. I think we have a lot more to offer each other working together on this. And even arguing we are comming up with some amazing ideas! The subject seems to have taken over the advanced forum !!!
Back to work:
Tryptamine results in few, gnarled, unhealthy looking mushrooms. Again probably not enough nutrition to carry out this much alkaloid production and maintain healthy growth, sporulation, and fruiting ability.
Now here is the BIG DEAL!!! I think I realized WHY tryptamine works so well and why dmt works only slightly
WATER SOLUBILITY!!!!
You might not be able to get the mushroom to take up what is in the substrate, but if it is in the water that that composes 92% of the fungus, then it will appear to be part of the mushrooms normal biosynthetic process, as it will be absorbed into the fungus..
Tryptamine is soluble in water, trytophan isn't, DMT is slightly, n-methyltryptamine is slightly...
What do you think?
OPI
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