Thanks MyCH3 & Tsathoggue for the acetyl & 4-aco-dmt comments...very interesting. finally have some, so will get to try in 2 weeks, I will eventually combine a very low dose with about 300mg of mescaline,have a feeling this might even be better than mescaline + 25i-nbome (though this is hard to beat). I'm so glad i picked up a few kg of trichocereus skins many years ago, the mescaline extracted is very good stuff, just had a trip on it this last weekend, so beautiful. It combines so well with other psychedelics, i think if combined with 4-aco-dmt, it will be a very spiritual & highly visual trip that is more "awake" than just 4-aco-dmt by itself, bet the combo is very similar to acid effects wise. Even though acid is an ergoline, I tend to see it as a combination PEA & tryptamine, that's why I feel mescaline (pea) + tryptamine (4-aco-dmt) would be really unique....and alot like acid. I saw a recent combination report at erowid that combined 4-aco-dmt with 25i-nbome, bet that is a decent combo too. psoodonym had said "i find 4-AcO significantly more euphoric and MDMA-like, but less manic than 4-ho-dmt (psilocyn)."
From page 4 of "LSD and it's Lysergamide cousins" by Nichols:
From page 4 of "LSD and it's Lysergamide cousins" by Nichols:
Quote
The two ethyl groups were incorporated into ring structures such asAttached is paper on LSD lysergamides (see page 4) with affinity chart in Table 3.
the pyrrolidide, piperidide, and morpholide, shown above, but these
also had reduced anti-serotonin and psychedelic effects (Cerletti
and Doepfner 1958).
Although the morpholide had less than one-tenth of the potency of
LSD in blcoking the action of serotonin, it did however have nearly
75% of the potency of LSD as a psychedelic (Gogerty and Dille 1957).
Quote
Abstract
The pharmacological effects of d-lysergic acid morpholide (LSM) are similar to those of LSD. . The dose of LSM required to raise body temperature in the rabbit is three times as great as that of LSD and the effect is of shorter duration. . On the isolated rat uterus LSM is approximately 1/12 as effective as LSD in antagonizing 5- hydroxytryptamine. . The behavioral effects of LSM in animals are similar to those of LSD but the doses required are approximately 1/3 greater and the effects are of shorter duration. . In human beings (2 volunteers) the effects of LSM were qualitatively similar to those of LSD but the dose required was at least 1/3 larger and the duration of action was shorter.




