My question: is it possible that DMT is more soluble in root bark fats than in naphtha?
I ask this because it appears that DMT remains in the sticky, brown bottom layer of the recrystallization no matter how much naphtha, heat, and mixing is used. The bottom layer is composed of alkaloids dissolved in other plant lipids. These lipids are very weakly soluble in naphtha and appear virtually immiscible at the temperatures used. If DMT is more soluble in these lipids than in naphtha, it seems likely that during a re-x, a significant amount of DMT will remain dissolved in the bottom plant fat layer.
Additionally, could the presence of in the plant fat layer amplify or be fully responsible for this effect?
I'm just trying to decide what to do with a good amount of re-x bottom layer sludge that still contains lots of DMT. Should I do a mini A/B or just recrystallize with a large volume of naphtha? Should I do some kind of wash at some point?
I ask this because it appears that DMT remains in the sticky, brown bottom layer of the recrystallization no matter how much naphtha, heat, and mixing is used. The bottom layer is composed of alkaloids dissolved in other plant lipids. These lipids are very weakly soluble in naphtha and appear virtually immiscible at the temperatures used. If DMT is more soluble in these lipids than in naphtha, it seems likely that during a re-x, a significant amount of DMT will remain dissolved in the bottom plant fat layer.
Additionally, could the presence of in the plant fat layer amplify or be fully responsible for this effect?
I'm just trying to decide what to do with a good amount of re-x bottom layer sludge that still contains lots of DMT. Should I do a mini A/B or just recrystallize with a large volume of naphtha? Should I do some kind of wash at some point?
