3-FPM (3-fluorofenmetrazin)

3-FPM ali 3-Fluorophenmetrazine , je a sintetični stimulans od morpholine class , povezano z fenmetrazin .
Preučuje se v forenzični in farmakološki laboratoriji due to its structural similarities to other nove psihoaktivne snovi (NPS) . Buy 3 FPM

3-FPM has brez medicinske uporabe and is used exclusively for znanstvene raziskave .

Kemijsko in farmakološko ozadje

Pomembne informacije:

• Ime IUPAC: 3-methyl-2-(3-fluorophenyl)morpholine

• Molekularna formula: C11H14FNO

• Molekulska masa: ±195.23 g/mol

• Kemijski razred: Morpholine derivatives / phenmetrazine analogues

• Delovanje receptorjev: Indirect sympathomimetic — affects dopamine and noradrenaline transporters.

The zamenjava s fluorom increases stability and affects neurotransmitter release, making it relevant for študije razmerja med strukturo in aktivnostjo (SAR) .

Raziskovalni nameni

3-FPM is being investigated for:

• Analytical detection: via GC-MS, LC-MS, FTIR and NMR.

• Forenzična toksikologija: identification in biological samples.

• Farmakološke raziskave: study of neurotransmitter action and receptor interaction.

• Public health: monitoring within warning systems for stimulating NPS.

Varnostni in pravni vidiki

Varnost:

• Samo za obravnavo usposobljeni raziskovalci v licensed laboratories .

• Nosite gloves, goggles, and a lab coat . Buy 3 fpm

• Avoid contact or inhalation.

Legal status: 3-FPM is regulated or prohibited
v večini držav pod Zakon o opiju ali Zakon o psihoaktivnih snoveh . Use outside of research is kaznivo .

Pogosto zastavljena vprašanja (FAQs)

1. What is 3-FPM being studied for?

Za forensic, analytical and pharmacological research on stimulating compounds.

2. Is 3-FPM legal?

No, in most countries 3-FPM is regulated or prohibited .

3. How should 3-FPM be handled safely?

Samo z profesionalni raziskovalci in controlled laboratories with appropriate varnostni protokoli .

Zaključek

3-FPM (3-fluorofenmetrazin) is an important research object in neuropharmacology in forensic chemistry .
It offers valuable insights into neurotransmitter release in molecular structure variations .