βOH-2C-B

βOH-2C-B (Beta-Hydroxy-2C-B)

βOH-2C-B (Beta-hydroxy-2C-B, β-hydroxy-4-bromo-2,5-dimethoxyphenethylamine) represents a specialised substituted phenethylamine compound utilised extensively within forensic toxicology, analytical chemistry, pharmaceutical metabolism research, and scientific investigation sectors across international markets. As a structural analogue and potential metabolite of 2C-B featuring a beta-hydroxy substitution on the ethylamine side chain, this compound serves critical functions as an analytical reference standard for chromatographic method development, mass spectrometry calibration, metabolism studies, and sophisticated chemical identification workflows supporting NPS monitoring programmes, forensic casework, and phenethylamine pharmacology research worldwide.

At realchemsupply.com, we maintain professional supply relationships with qualified organisations requiring consistent access to high-purity substituted phenethylamine reference materials. Our international B2B procurement infrastructure supports forensic laboratories, research institutions, analytical facilities, universities, and pharmacology departments across Europe, North America, Asia-Pacific, Latin America, and other global markets where professional chemical sourcing demands reliability, comprehensive documentation, and supply chain consistency.

What Are βOH-2C-B Products?

Overview and Chemical Classification

βOH-2C-B belongs to the substituted phenethylamine chemical class, specifically within the 2C-series of compounds characterised by methoxy substitutions at the 2- and 5-positions of the phenyl ring. The beta-hydroxy modification at the 1-position of the ethylamine side chain distinguishes this compound from the parent 2C-B structure, creating distinct physicochemical properties, metabolic pathways, and analytical characteristics.

The chemical architecture positions βOH-2C-B as:

  • A 2C-series phenethylamine derivative with modified side chain
  • A potential metabolite of 2C-B via hydroxylation pathways
  • A structural analogue for structure-activity relationship studies
  • A forensic marker for 2C-B use and metabolism

Professional organisations utilise these materials primarily for:

  • Forensic reference standards in metabolism and confirmation studies
  • Metabolite identification in 2C-B biotransformation research
  • Analytical method development for hydroxylated phenethylamine detection
  • Structure-activity relationship investigations
  • Cross-reactivity assessment in immunoassay platforms
  • NPS monitoring and emerging analogue surveillance

General Characteristics

Substituted phenethylamine reference materials such as βOH-2C-B exhibit characteristic properties:

  • Molecular structure: 4-bromo-2,5-dimethoxy-β-hydroxyphenethylamine
  • Chemical class: Substituted phenethylamine / 2C-series analogue
  • Analytical behaviour: Distinctive chromatographic retention; polar hydroxyl group affects MS fragmentation
  • Stability considerations: Hydroxyl group may affect stability; appropriate storage essential
  • Solubility characteristics: Enhanced aqueous solubility compared to parent 2C-B due to hydroxyl group

Industrial and Laboratory Relevance

Forensic Toxicology Laboratories require certified reference materials for:

  • 2C-B metabolite identification in biological specimens
  • Confirmation of parent drug use via metabolite detection
  • Differentiation from parent compound and other analogues
  • Extended detection window research

Pharmaceutical Metabolism Research utilises these materials for:

  • Cytochrome P450 hydroxylation pathway studies
  • Phase I metabolite characterisation
  • Comparative metabolism with other 2C compounds
  • Pharmacokinetic modelling

Analytical Chemistry Facilities employ reference standards for:

  • Metabolite-inclusive analytical methods
  • Hydroxylated phenethylamine separation optimisation
  • MS/MS fragmentation pattern libraries
  • Retention index determination

University Research Departments conduct investigations including:

  • Phenethylamine biotransformation studies
  • Structure-metabolism relationship research
  • Analytical technique development
  • Graduate training in forensic metabolism

Types of Products Available

Product Formats

Solid Forms

  • Crystalline solids (hydrochloride or other salts)
  • Amorphous powders for specific applications
  • Standardised solid preparations

Liquid Preparations

  • Methanolic or aqueous solutions
  • Standardised concentrations for direct use
  • Multi-metabolite mixtures

Reference Standard Classifications

  • Certified reference materials with uncertainty values
  • Research-grade standards for qualitative applications

Availability Considerations

Specific formulations depend on synthesis complexity, stability, and research demand. Contact realchemsupply.com for current availability.

Industrial and Professional Applications

Forensic Toxicology and Metabolism

Metabolite Identification

  • Detection of βOH-2C-B as 2C-B metabolite
  • Confirmation of parent compound exposure
  • Extended detection window research
  • Post-mortem redistribution studies

Casework Applications

  • Biological specimen analysis
  • Seized material analogue identification
  • Differentiation from positional isomers

Pharmaceutical Research

Metabolism Studies

  • CYP450 enzyme involvement
  • Phase I and Phase II biotransformation
  • Urinary excretion profiling
  • Pharmacokinetic parameter determination

Structure-Activity Relationships

  • Hydroxylation effect on receptor binding
  • Comparative pharmacology with parent compound
  • Metabolite activity assessment

Analytical Chemistry

Method Development

  • LC-MS/MS assays for hydroxylated phenethylamines
  • Chromatographic separation optimisation
  • Mass spectral library development
  • Cross-reactivity evaluation

Quality Standards and Procurement Considerations

Product Quality Assessment

  • Purity Specifications: ≥98% via HPLC-UV/MS
  • Identity Confirmation: NMR, HRMS, IR verification
  • Structural Integrity: Confirmation of beta-hydroxy position
  • Stability Data: Appropriate storage conditions

Documentation Requirements

  • Certificates of Analysis: Comprehensive batch data
  • Safety Data Sheets: GHS classification
  • Traceability: Chain of custody support

Regulatory Considerations

βOH-2C-B may be subject to analog provisions in various jurisdictions. Buyers must verify applicable regulations.

Product Forms, Packaging, and Storage

Product Forms

Available as high-purity crystalline solids and standardised solutions.

Packaging

  • Amber glass vials with chemically resistant closures
  • Moisture barrier protection
  • Secure transport packaging

Storage

  • Recommended: -20°C to +4°C, protected from light
  • Minimise air exposure
  • Consult product documentation

Why Choose realchemsupply.com?

  • Professional sourcing of phenethylamine metabolite standards
  • International B2B supply expertise
  • Comprehensive documentation
  • Regulatory compliance guidance
  • Technical consultation

Industries We Supply

  • Forensic toxicology laboratories
  • Pharmaceutical metabolism research
  • University research departments
  • Analytical chemistry services
  • NPS monitoring programmes

Global Chemical Supply

International procurement support across major markets with export documentation, customs clearance, and regulatory compliance assistance.

Frequently Asked Questions

What is βOH-2C-B?

A beta-hydroxylated analogue and potential metabolite of 2C-B, used as an analytical reference standard for forensic and metabolism research.

Why is βOH-2C-B significant?

As a hydroxylated metabolite, it may provide extended detection windows for 2C-B use and offers insights into phenethylamine biotransformation.

How does βOH-2C-B differ from 2C-B?

The beta-hydroxy substitution creates distinct physicochemical properties, metabolic stability, and analytical characteristics.

Are bulk quantities available?

Subject to synthesis capacity and commercial requirements. Contact for availability.

How should βOH-2C-B be stored?

Frozen or refrigerated storage protected from light and moisture.

Does realchemsupply.com supply internationally?

Yes, to qualified professional organisations subject to applicable regulations.

Conclusion

βOH-2C-B represents a specialised phenethylamine metabolite reference material essential for forensic toxicology, metabolism research, and analytical chemistry. realchemsupply.com provides professional international supply with quality assurance and regulatory support.

Contact us for quotations and supply partnerships.

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