Help In which liquid do I dissolve Isotonitazene?

[6o66yx]

To absorb it rectally. It's 1g of powder, plus additionally: 50 xans 1mg and 15 valium 5 mg, crushed and mixed with juice to drink (low tolerance).

The vendor said it's approx. 500 times stronger than your average heroine, so nothing for beginners, only for veterans he included.

Therefore I feel pretty safe if I manage to shoot it up back there.

 

[J&L383]

Water is considered a universal solvent, so I guess I'd start there. Try it with a test sample. Otherwise, perhaps alcohol?

 

[Relic]

Isotonitazene is predicted to be slightly soluble (1.0 g/L) at a temperature of 25 oC
and pH 7. Due to its structural similarity to etonitazene, the free base could be
expected to be sparingly soluble in water whereas the hydrochloride salt could be
expected to be more soluble.

DMF: 25 mg/ml
DMF:PBS(pH 7.2)(1:1): 0.5 mg/ml
DMSO: 20 mg/ml
Ethanol: 10 mg/ml

From WHO and Cayman Chemical, respectively.

 

[6o66yx]

From WHO and Cayman Chemical, respectively.

"1.0 g/L"

So I would need to dissolve 1g of the powder in 1L of water or am I misunderstanding?

 

[Relic]

"1.0 g/L"

So I would need to dissolve 1g of the powder in 1L of water or am I misunderstanding?

1L would be correct. Which would make any route of administration impossible.
DMSO would be the only likely candidate from this list.

 

[6o66yx]

1L would be correct. Which would make any route of administration impossible.
DMSO would be the only likely candidate from this list.

Do you know by chance how much approx. of the DMSO in ml is needed for 1g?

I found DMSO here:

DMSO Pharmaqualität

Dimethylsulfoxid DMSO Spitzen-Qualität in Pharmaqualität nach dem Europäischen Arzneibuch (Ph. Eur.). Organische Schwefelverbindung, die in unterschiedlichsten Bereichen Verwendung findet. 100ml

www.sunday.de

Is it the right substance?

 

[Relic]

Do you know by chance how much approx. of the DMSO in ml is needed for 1g?

That would be 50ml.

Is it the right substance?

It is the right substance.

According to research, it should not cause notable discomfort.

In subacute and chronic animal experiments, dimethyl sulfoxide administered topically, subcutaneously, intraperitoneally, orally, into the eye, and to the mucous membrane is generally well tolerated and rates as an agent of low toxicity.

https://www.sciencedirect.com/science/article/abs/pii/0002961067901663