Desnitroetonitazene, commonly known as Etazene, is a high-purity benzimidazole opioid analytical reference standard used in forensic toxicology, analytical chemistry, medicinal chemistry, pharmaceutical research, and analytical method development. It belongs to the benzimidazole class of synthetic opioids and is structurally related to compounds such as etonitazene, isotonitazene, metonitazene, and protonitazene.

Due to its well-characterized chemical profile, Etazene serves as an important laboratory reference material for the identification, detection, metabolism, and analytical characterization of emerging synthetic opioids. It is supplied exclusively for scientific and laboratory research and has no approved medical or therapeutic use.

What is Desnitroetonitazene (Etazene)?

Desnitroetonitazene is a synthetic benzimidazole derivative originally developed during investigations into opioid receptor pharmacology. Although structurally related to other nitazene compounds, it lacks the nitro group found in several closely related analogues, making it valuable for comparative structure–activity relationship (SAR) studies.

Today, Etazene is primarily utilized as an analytical reference compound for forensic laboratories investigating novel synthetic opioids and for researchers studying receptor interactions, metabolism, and analytical identification.

La Structure chimique et les Propriétés

Desnitroetonitazene possesses several defining structural characteristics:

• Benzimidazole core
• chaîne latérale diéthylamino
• Ethoxybenzyl substituent
• Grande stabilité analytique
• Matériau cristallin de qualité laboratoire
• Suitable for reference standard applications

These molecular features support reproducible analytical performance across modern laboratory instrumentation.

La Recherche Pharmacologique

Experimental research has shown that Desnitroetonitazene interacts with the μ-opioid receptor (MOR), making it useful in opioid receptor pharmacology and medicinal chemistry research.

Current scientific investigations include:

• Opioid receptor binding studies
• Analyse de la relation structure-activité (SAR)
• Le métabolisme d'un médicament de recherche
• Caractérisation analytique
• Recherches en chimie médicinale
• Comparative studies of benzimidazole opioids
• Toxicological reference development

These applications contribute to understanding the chemistry and analytical behavior of emerging synthetic opioids.

Les Applications Scientifiques

Desnitroetonitazene is widely used in:

• Laboratoires de toxicologie médico-légale
• institutions de recherche universitaires
• Pharmaceutical research facilities
• Medicinal chemistry laboratories
• Laboratoires de chimie analytique
• développement de méthodes en toxicologie clinique
• Drug identification programs
• Production de documents de référence
• Assurance qualité de laboratoire

Applications Analytiques De

Professional laboratories utilize Desnitroetonitazene for:

• LC-MS/MS en étalonnage
• Analyse par GC-MS
• Identification par LC-QTOF-MS
• Spectrométrie de Masse haute Résolution (HRMS)
• Méthode HPLC développement
• Validation de la méthode
• Contrôle de la qualité analytique
• panels de dépistage médico-légal
• Développement de bibliothèques de référence certifiées

Its consistent analytical characteristics make it valuable for identifying and differentiating emerging synthetic opioids.

Why Researchers Choose Desnitroetonitazene

Researchers value Desnitroetonitazene because it offers:

• Well-defined molecular structure
• Haute pureté analytique
• Performances chromatographiques fiables
• Qualité constante des documents de référence
• Broad forensic applicability
• Valuable SAR comparison compound
• Excellente reproductibilité analytique

These qualities make Etazene an important analytical standard within forensic and pharmaceutical research laboratories.

Recherche Liée À Des Composés

Researchers frequently compare Desnitroetonitazene with:

• étonitazène
• isotonitazène
• métonitazène
• protonitazène
• butonitazène
• Étodesnitazène
• Nitazene analogues
• Other benzimidazole opioid derivatives

Comparative research supports investigations into receptor pharmacology, analytical identification, metabolism, and medicinal chemistry.

De stockage et de Manutention

Pour optimiser le laboratoire de la stabilité:

• Magasin étanche à l'air dans les récipients de laboratoire.
• Protéger de l'humidité et de l'humidité.
• Évitez toute exposition prolongée à la lumière directe du soleil.
• Maintenir recommandé de laboratoire températures de stockage.
• Manipuler à l'aide d'un équipement de protection individuelle de laboratoire (EPI).
• Suivez laboratoire institutionnel procédures de sécurité.

Foire Aux Questions

What is Desnitroetonitazene?

Desnitroetonitazene (Etazene) is a benzimidazole opioid analytical reference standard used in forensic toxicology, medicinal chemistry, pharmaceutical research, and analytical chemistry.

Which laboratories use Desnitroetonitazene?

It is commonly used by forensic laboratories, pharmaceutical researchers, analytical chemistry laboratories, academic institutions, and toxicology research facilities.

Which analytical techniques are used with Desnitroetonitazene?

Researchers commonly analyze Desnitroetonitazene using LC-MS/MS, LC-QTOF-MS, GC-MS, HPLC, and HRMS for compound identification, calibration, and analytical method validation.

Why is Desnitroetonitazene important in research?

Its defined molecular structure and analytical consistency make it valuable for studying synthetic opioid chemistry, metabolism, analytical detection, and structure–activity relationships.

Is Desnitroetonitazene intended only for research?

Oui. Ce produit est fourni exclusivement pour le laboratoire, analytique, scientifique, et de l'enseignement des fins de recherche.

Avertissement

Desnitroetonitazene (Etazene) est fourni Réservé exclusivement à des fins de recherche en laboratoire, d'analyse, de recherche scientifique et d'enseignement. C'est Non destiné à la consommation humaine, aux traitements médicaux, à l'usage vétérinaire, aux applications thérapeutiques ou à des fins de diagnostic. Il incombe aux utilisateurs de se conformer à toutes les lois applicables, aux politiques institutionnelles et aux réglementations en matière de sécurité des laboratoires.