DMXE (Deoxymethoxetamine) – Detailed Information for Research Purposes

DMXE , fully Deoxymethoxetamin , er en dissociative compound af arylcyclohexylamine class , strukturelt relateret til Ketamin og Methoxetamin (MXE) . 5-kort
It has ingen medicinsk anvendelse and is studied exclusively in retsmedicinske og farmakologiske laboratorier .

Researchers focus on the chemical structure , receptor interaction , og analytical detection of DMXE within the context of novel psychoactive substances (NPS).

Kemisk og farmakologisk baggrund

Vigtig information:

• IUPAC-navn: 2-(ethylamino)-2-(3-methoxyphenyl)cyclohexanone

• Molekylformel: C15H23NO2

• Molekylmasse: ±249.35 g/mol

• Kemisk klasse: Arylcyclohexylaminer

• Receptorens handling: NMDA receptor antagonist (non-competitive)

The absence of a methoxy group makes DMXE an interesting subject for structural comparative studies with MXE and other analogues.

Forskningsformål

DMXE is being investigated for:

• Retsmedicinsk toksikologi: identification of novel dissociative agents.

• Analytisk kemi: validation of chromatographic detection methods.

• Farmakologisk forskning: studying NMDA receptor interactions.

• Public health research: monitoring of new psychoactive substances (NPS).

Sikkerheds- og juridiske overvejelser

Sikkerhed:
DMXE should only be handled by trained researchers i licenserede laboratorier .
Slid protective clothing, gloves, and goggles , and avoid exposure to fumes or dust.

Juridisk status:
In many countries, DMXE is a controlled or banned substance . Use, possession, or sale outside of research purposes is punishable by law .

Ofte stillede spørgsmål (FAQ)

1. What is DMXE being studied for?

DMXE is used for retsmedicinsk og farmakologisk forskning on NMDA receptor antagonists.

2. Is DMXE legal?

In most countries, DMXE falls under either the Controlled Substances Act eller den Analogues Act .

3. How should DMXE be handled safely?

Only professionelle forskere should handle DMXE with appropriate safety measures and within a controlled laboratory environment.