Old thread, I even forgot we actually had a suppliers section back then
Anyway.....
Natural 5-MeO-DMT sources:Below are the plants I've found most promissing
(K. Trout's SST @ p.124 names other plants with 5-MeO-DMT, mostly detected in smaller amounts or with no amounts given)Anadenanthera falcata (syn. Anadenanthera peregrina var falcata)
Variable content but this plant has been found with
1- mainly 5-MeO-DMT (4.5+% in dry seeds!!
Savio and Nunes et al 1962 in Trouts Notes )
2- mainly bufotenine (Source 1 my own tests from seeds I collected in Brazil,
Source 2 Giesbrecht 1960 ref Trouts Notes ),
3- a mix of 5-MeO-DMT and bufotenine (
Endophytic, Nexus 2013 )
Advantages: Seeds can be harvested sustainably. Easy to find (in Brazil). The seeds from this plant can be also bought online nationally(
Store 1 ,
Store 2 - those are viable for replanting since they are sometimes used to recover degraded areas)
I'm not in Brazil at the moment, those stores dont seem to sell internationally but maybe a brazillian friend from someone could help out or some reshipping company can be used or something of the sort.
Disadvantages: Not found internationally. Alkaloid content might be very variable and not always have 5-meo-dmt (but certainly worth a try testing different sources to try and find good genetics or find the growing conditions which influence 5-MeO-DMT content)
Pilocarpus organensis. (syn. Pilocarpus pauciflorus)
0.24% 5-MeO-DMT in leaves (
Balsam, Voigtländer, 1978)
Advantages: Occurring in Brazil in almost all the country, can probably be grown outside of the tropics in temperate zones since it also grows in South of Brazil. Leaves can be harvested sustainably and seem high yielding from this one publication.
Disadvantages: No apparent online supplier of seeds/viable plants (but local collection in Brazil and if promissing we can try to spread seeds/cuttings internationally). Some species of the same genus contain potentially toxic pilocarpine (this could potentially be removed if there and wasnt yet detected in this particular species)
Dedicated discussion on this plant
Desmodium pulchellum (syn. Phyllodium pulchellum)
Whole plant
5-MeO-DMT - 0.476%
DMT - 0.294%
5-Methoxy-N-methyltryptamine - 0.154%
Bufotenine - 0.112%
Gramine - 0.098%
5-Methoxy-DMT-N-oxide - 0.070%
DMT-N-oxide - 0.070%
5-Hydroxy-N-methyltryptamine - 0.056%
6-Methoxy-Nb-methyl- H4-β-carboline - 0.028%
Bufotenine-N-oxide - trace
(Ghosal et al. 1972c in Trouts Notes)
Whole plant seems to be viable, but not seeds nor fruits, nor root of young plants, all of which contain much less of the wanted tryptamines. ( Voogelbreinder, S. 2009)
Advantages: Large amounts of 5-MeO-DMT in plant. There are a few seed vendors online, just google either "desmodium pulchellum seeds" or "phyllodium pulchellum seeds" (though seeds are not themselves good source of 5-MeO-DMT)
Disadvantages: Found mostly in Asia, young plant Mixed alkaloid content (though 5-MeO-DMT could potentially be separated from other alks).
Dedicated discussion on this plant.
Virola theiodoraEpena snuff made from virola theiodora resin was found with very high quantities of 5-MeO-DMT, up to 9.68%! (Agurell et al 1969 in Trout's Notes). It seems most is concentrated in the resin which is extracted from the live plant's bark. The bark itself has 0.11% (again Agurell et al 1969 in Trout's notes).
Advantages: Large amounts of 5-MeO-DMT specially in resin..
Disadvantages: Only found in the Amazon.
Phalaris spp. Phalaris arundinacea var Turkey Red: 0.0025% to 0.045% 5-MeO-DMT wet weight
Phalaris aquatica var. stenoptera: 0.236% in 7 day old leaves dry weight (
Mccomb et al 1969),
Other Phalaris have occasionally shown some 5-MeO-DMT, sometimes none, such as aquatica, arundinacia, brachystachys (
Trout's notes)
Advantages: Can be grown all around the world indoors or in a lot of areas outdoors. Many sellers of live cuttings/seeds online (I have no clue on quality/yield of those available sources)
Disadvantages: Low/insignificant yields specially in some genetics (in the higher yielding genetics the content is better but no data on what is more common). Alkaloid content varies wildly.
To increase 5-MeO-DMT content, grow with ammonium-based nitrogen fertilization, harvest in late morning, and harvest the first regrowth of young seedlings of no more than 7 days old. (
Festi and Samorini 1994) Also dont dry before extracting, extract fresh (
Barnes et al 1971)
Dedicated discussion on this plant.
Bufo alvariusAverage in dried secretion (
Uthaug, M.V. et al 2019)
26% 5-MeO-DMT
0.1477% Bufotenine
0.0028% DMT
0.00654% NMe-5HT
0.000925% Bufogenin
0.1682% 5-MeO-Tryptophol
Advantage: Reliable 5-MeO-DMT content, very little of anything else.
Disadvantage: Ethical questions regarding purchasing/having an animal or harvesting from them.
Other mentioned but non-viable sources:
Diploterys cabrerana - I suggest we forget this one, all 4 analysis including my own so far have shown 5-MeO-DMT to be absent or only in trace amounts in leaves. Mentions of 5-MeO presence are rumors/misinterpretation of values in publications (
sources)
Found a potential plant source - Now what? How to test?1- Make sure to properly identify plant, post detailed pics of plant parts.
2- Do an initial small extraction with relevant plant part and
test with TLC and/or
post here for free lab test. At the very least use a drop of ehrlich on a crude extract like an evapped alcohol soak, and see if it turns pink which indicates tryptamines, and separately also use mandelin, to detect if it turns black which would indicate gramine presence. Do not consume plant before testing!
3- If the plant shows promiss, extracting using any typical extraction in this forum. A normal DMT extraction should work for 5-MeO-DMT. You can also use limonene/toluene/xylene to be less selective and increase yields, and clean up later if necessary.
3- Share the information by posting in
this subforum, whether tests were positive or negative