βOH-2C-B Pellets – 60mg
βOH-2C-B Pellets – 60mg represent a refined addition to the next generation of phenethylamine research materials, developed for laboratories seeking consistent, stable, and well-characterized compounds. As an advanced hydroxylated analogue, βOH-2C-B is valued by researchers for its structural clarity, predictable profile, and suitability for a wide range of analytical and exploratory applications. These pellets are produced to high-purity standards and formulated to offer precise 60mg units for accurate measurement, ensuring reliability across experimental setups.
What the Product Is
βOH-2C-B is a hydroxylated derivative within the 2C-family, synthesized for research environments interested in receptor interactions, metabolic modeling, comparative phenethylamine study, and structural-activity exploration. Its enhanced stability and clear molecular definition make it a preferred candidate for controlled laboratory analysis, chromatography testing, and in vitro experimentation.
How It Works
In laboratory settings, βOH-2C-B is observed through analytical frameworks that investigate how hydroxylation may influence binding characteristics, duration markers, and molecular activity. Researchers often compare it with non-hydroxylated 2C analogues to study variations in metabolic pathways, receptor affinities, and structure-function relationships. The pelletized 60mg format supports consistent sampling, improving reproducibility and clarity in data collection.
Benefits and Advantages
βOH-2C-B Pellets deliver multiple advantages for research teams:
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High Accuracy Dosing: Each pellet contains a consistent 60mg, eliminating weighing errors and supporting standardized data collection.
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Purity and Reliability: Manufactured using laboratory-grade methods for dependable outcomes.
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Versatile Research Applications: Suitable for structural comparison studies, stability testing, receptor modeling, and metabolic pathway mapping.
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Enhanced Stability: Hydroxylation contributes to improved storage longevity, ideal for long-term laboratory use.
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Trusted Supplier Quality: Researchers sourcing through established suppliers such as RealChemStore consistently report satisfaction due to reliable batch consistency and strong customer service.
Safety and Responsible Usage Considerations
βOH-2C-B Pellets – 60mg are strictly intended for laboratory and scientific research. They are not designed for human or veterinary use. Researchers should handle the material only with appropriate PPE, work in controlled environments, and follow all institutional and regulatory guidelines when conducting experiments. Material safety data, responsible storage, and proper disposal should always be observed to maintain a safe workspace and uphold compliance.
Longevity and Storage Life
When stored appropriately, βOH-2C-B maintains stability for extended periods, making it suitable for ongoing or long-term research projects. To preserve integrity:
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Store in a cool, dry, and dark environment
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Keep sealed in an airtight container
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Avoid exposure to heat, moisture, and direct light
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Maintain temperatures below room temperature for optimal preservation
Under optimal storage conditions, the compound retains its characteristics for 24–36 months or longer.
Ingredients / Composition
Each pellet contains:
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βOH-2C-B (60mg active research compound)
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Inert excipients to ensure pellet stability and uniformity
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No fillers that interfere with laboratory-grade analysis
Usage Areas for Research Purposes
βOH-2C-B Pellets are commonly utilized in:
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Structural–activity relationship (SAR) studies
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Receptor mapping and affinity modeling
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Chromatography and analytical profiling
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Comparative phenethylamine research
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Stability and degradation testing
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In vitro modeling and biochemical pathway research
Across global research institutions, the compound is appreciated for performance consistency, ease of measurement, and controlled purity. Customer feedback highlights reliability in batch-to-batch uniformity and highly responsive support from RealChemStore’s team, contributing to ongoing satisfaction among professional research buyers.




