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2F-Viminol (marketed under the brandname Dividol) is an opioid analgesic developed by a team at the drug company Zambon in the 1960s. Viminol is based on the α-pyrryl-2-aminoethanol structure, unlike any other class of opioids.Viminol has both antitussive (cough suppressing) and analgesic (pain reducing) effects. Viminol has additional effects similar to other opioids including sedation and euphoria. It has six different stereoisomers which have varying properties. Four are inactive, but the 1S-(R,R)-disecbutyl isomer is a μ-opioid full agonist around 5.5 times more potent than morphine and the 1S-(S,S)-disecbutyl isomer is an antagonist.
SIDE EFFECTS
Side effects are similar to other opioids, and can include:
- Itching
- Nausea
- Sedation
- Respiratory depression – can be potentially life-threatening
However, since viminol is supplied as a racemic mixture of agonist and antagonist isomers, the abuse potential and respiratory depression tends to be less than that of μ-opioid full agonist drugs
Chemistry of the product
| Synonyms | 2F-ViminolViminol |
| IUPAC | 2-(di-sec-butylamino)-1-(1-(2-fluorobenzyl)-1H-pyrrol-2-yl]-2-(di-sec-butylamino)ethanol |
| Formula | C21H31FN20 |
| Molecular weight | 346.49 g/mol |
| Purity | ≥ 99% |
Chemical classification and background
The chemical compound 2F‑Viminol exists as part of synthetic opioids which create pain relief through their interaction with opioid receptors in the human body. The “2F” designation indicates the presence of a fluorine atom added to the molecular structure of viminol. The medicinal chemistry field uses fluorination as a standard practice because it affects three critical factors: metabolic stability, receptor binding, and lipophilicity. Viminol itself exists as a medication developed to relieve pain because it mainly targets mu-opioid receptors which other opioid medications also use as their main binding site.
Pharmacology
The available research on 2F-Viminol lacks direct pharmacological studies yet its structural similarity to viminol implies that this substance operates as an opioid receptor agonist with peak activity anticipated at the μ-opioid receptor (MOR). The receptor activation leads to: Analgesia (pain relief) Sedation and relaxation Euphoria in some individuals Respiratory depression at higher doses Fluorine atoms in the compound bind to receptors differently while the body processes the compound at an altered pace. In medicinal chemistry, scientists use fluorine atoms to boost a compound’s lipid solubility which leads to increased blood–brain barrier permeability for the substance.
Reported effects
The reported effects include euphoria which affects certain individuals and shows respiratory depression during higher dose levels. The fluorine substitution will change both the compound’s receptor interactions and its metabolic rate through human body processes. Fluorine atoms in medicinal chemistry increase lipid solubility which leads to higher blood–brain barrier penetration rates.
Health risks and safety concerns
The reported effects includeeuphoria which affects certain individuals and shows respiratory depression during higher dose levels. The fluorine substitution will change both the compound’s receptor interactions and its metabolic rate through human body processes. Fluorine atoms in medicinal chemistry increase lipid solubility which leads to higher blood–brain barrier penetration rates.
Legal status
The legal status of 2F‑Viminol varies by jurisdiction. In many regions it may fall under analogue or blanket drug laws that regulate substances structurally similar to controlled opioids. Some countries may explicitly classify it under new psychoactive substance (NPS) legislation, while others may not yet have specific regulations addressing it.
Because drug policies evolve frequently, individuals and researchers should consult the most current laws and regulatory guidance in their jurisdiction before handling or studying the compound.





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