ms_manic_minxx said:@Voidmatrix
That wiki link also lists Caapi as containing 5meo :?: But the citation is from Trout's notes? I wish this wasn't such a murky subject![]()
Phalaris aquatica var. stenoptera
(= P. tuberosa var. stenoptera = P. stenoptera)
("Harding-grass", "Holdfast Harding-grass", "Peruvian Wintergrass" )
Introduced cultivar from Australia [This scenario is presented by most. Hortus considers its origin to be unclear.]. Cultivated and naturalized in California and the Pacific Northwest.
Variable amounts. Festi & Samorini 1994 cited Rendig et al. 1970 as finding 135-264 mg of 5-MeO-DMT and 0-60 mg of DMT per ml of expressed juice.
DMT and 5-MeO-DMT are present in foliage [5-MeO-DMT>DMT]. Total indole alkaloid levels hit two peaks of 0.14% in late September and mid November one year but only one peak in one or the other during two other years. In the latter cases; the year with a peak in late September was also around 0.14% while the year with the peak in mid-November was 0.08%. This last year showed some of its lowest values in late September. Their analysis only covered mid September through mid February. Total indolealkylamines were 0.08% or less the rest of the times assayed, with a low around 0.02%. (All values approximate; taken from graphs) Alkaloid levels were found to be markedly different from one month to the next and one year to the next. Rendig et al. 1976.
McComb and coworkers determined the 5-MeO-DMT concentration in Phalaris tuberosa leaves (cv. Hardinggrass) by use of an estimation obtained via UV absorption of the Xanthylium salts formed during the alkaloid's reaction with Xanthydrol.
They reported 0.236% in 7 day old fresh leaves, 0.105% in 9 day old fresh leaves and 0.077% in 21 day old fresh leaves. all figures are % dry weight
They did not evaluate the other components of the leaves in this paper but noted that neither gramine nor hordenine formed colored complexes with Xanthydrol. McComb et al. 1969.
dreamer042 said:The grass is tricky. You need the right strains, you need to fertilize them correctly, you need to harvest with the right process and at the correct time, and it's a very light product mass/weight with a very low alkaloid content on average. Like other leafy sources, the alkaloids don't extract as readily as they do from bark sources either. This doesn't mean it's not feasible, it's just more effort than most people are going to be willing to put in for a low yield.
That said, I'm just gonna leave this here:
Phalaris aquatica var. stenoptera
(= P. tuberosa var. stenoptera = P. stenoptera)
("Harding-grass", "Holdfast Harding-grass", "Peruvian Wintergrass" )
Introduced cultivar from Australia [This scenario is presented by most. Hortus considers its origin to be unclear.]. Cultivated and naturalized in California and the Pacific Northwest.
Variable amounts. Festi & Samorini 1994 cited Rendig et al. 1970 as finding 135-264 mg of 5-MeO-DMT and 0-60 mg of DMT per ml of expressed juice.
DMT and 5-MeO-DMT are present in foliage [5-MeO-DMT>DMT]. Total indole alkaloid levels hit two peaks of 0.14% in late September and mid November one year but only one peak in one or the other during two other years. In the latter cases; the year with a peak in late September was also around 0.14% while the year with the peak in mid-November was 0.08%. This last year showed some of its lowest values in late September. Their analysis only covered mid September through mid February. Total indolealkylamines were 0.08% or less the rest of the times assayed, with a low around 0.02%. (All values approximate; taken from graphs) Alkaloid levels were found to be markedly different from one month to the next and one year to the next. Rendig et al. 1976.
McComb and coworkers determined the 5-MeO-DMT concentration in Phalaris tuberosa leaves (cv. Hardinggrass) by use of an estimation obtained via UV absorption of the Xanthylium salts formed during the alkaloid's reaction with Xanthydrol.
They reported 0.236% in 7 day old fresh leaves, 0.105% in 9 day old fresh leaves and 0.077% in 21 day old fresh leaves. all figures are % dry weight
They did not evaluate the other components of the leaves in this paper but noted that neither gramine nor hordenine formed colored complexes with Xanthydrol. McComb et al. 1969.Erowid Online Books : "Ayahuasca: alkaloids, plants, and analogs" by Keeper of the Trout
Ayahuasca: alkaloids, plants & analogs by Keeper of the Trout (full text) title pageerowid.org
Brachystachys is a different beast, it seems to be consistently high(er) in alkaloid content than other species of phalaris. The couple of analyses we have here on the forum seem to point to at least 2 genotypes, one being mostly N,N-DMT and one being mostly 5-MeO-DMT. The fact you got strong tryptamine effects so late in the season is intriguing. It may be that brachy doesn't undergo the changes in alkaloid profile that occur in arundinacea and aquatica species. This is something that desperately needs more research.Sidisheikh.mehriz said:Then how could you explain less than a 100g fresh phalaris brachyatchys with rue making for a strong psychedelic experience that lacks in visuals? None of the recommended harvesting times or fertilization methods have been done to it.. in fact it was harvested at the stage where it had some seeds starting to dry up. Yet this made for a beautiful euphoric trip. It was also my first ever harvest. Am I just that lucky?
I will further prove my point with an extraction on a newer batch soon incubated at alternating temperature between 9 and 14 celcius to break the seed dormancy. (Don't have the patience to wait till December for it to germinate naturally.
I guess we will see.
dithyramb said:Hey Ss.m, did the experience have a strong body component, almost like a whole body orgasm? And was the experience have a heavy focus on "Truth"?
I'm pretty sure the fresh growth will be stronger and possibly with a different character. Keep us posted.