2C-B (Phenethylamine) & “Pink Cocaine” | Analytical Forensic Profile
Are you seeking validated analytical data on 2C-B and the emerging polydrug mixtures known as “Pink Cocaine”? Originally synthesized by Alexander Shulgin, buy pink cocaine online EU is a high-potency phenethylamine. Within the scientific community, it is a primary subject for investigating serotonin receptor agonism, altered states of consciousness, and the forensic identification of Novel Psychoactive Substances (NPS).
While the term “Pink Cocaine” is a common misnomer, researchers must distinguish between the pure molecule and street “Tusi,” which frequently contains a synergistic blend of MDMA, Ketamine, and Caffeine, rather than actual 2C-B.
Pharmacological Mechanism & Receptor Affinity
As a synthetic phenethylamine, buy pink cocaine online EU acts as a sophisticated chemical probe into the human serotonergic system. Researchers utilize this compound to explore:
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5-HT2A Agonism: Investigating the compound’s partial agonism of the 5-HT2A and 5-HT2C receptors, which mediates its characteristic psychedelic and entactogenic effects.
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Dose-Dependent Responses: Mapping the transition from stimulant-like effects at low dosages (5–10mg) to intense visual and sensory distortions at higher dosages (20mg+).
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Polydrug Synergies: Analyzing how “Pink Cocaine” mixtures (often omitting 2C-B in favor of Ketamine and MDMA) impact the Central Nervous System (CNS) and cardiovascular stability.
Primary Research & Forensic Applications
2C-B and “Tusi” mixtures serve as critical focal points for several advanced scientific domains:
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Forensic Toxicology: Developing high-sensitivity LC-MS/MS assays to identify the specific components of pink powders, which are often unpredictable in composition.
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Clinical Neurobiology: Studying the impact of phenethylamines on sensory perception and their potential (or lack thereof) in therapeutic settings.
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Harm Reduction Analytics: Utilizing Reagent Testing and FTIR spectroscopy to warn the public about the presence of high-risk adulterants like fentanyl or methamphetamine in street samples.
Technical Specifications
| Feature | Details |
| IUPAC Name | 2-(4-bromo-2,5-dimethoxyphenyl)ethanamine |
| Common Alias | 2C-B, Bromo, Nexus, Tusi (misnomer) |
| CAS Number | 66142-81-2 |
| Molecular Formula | $C_{10}H_{14}BrNO_{2}$ |
| Purity Grade | Analytical Reference Standard ($\geq$98%) |
| Appearance | Typically encountered as a pink-dyed powder or pressed tablet |
Safety, Regulatory Status, and Procurement
2C-B is a Schedule I substance in the United States and is strictly controlled globally.
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Regulatory Compliance: Procurement is restricted to holders of specific DEA (or equivalent national) licenses for Schedule I research. It has no approved medical use in the U.S. or EU.
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Toxicological Risks: High dosages or contaminated mixtures can lead to Serotonin Syndrome, respiratory depression, and acute cardiac events.
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Handling & PPE: Standard laboratory safety protocols, including nitrile gloves and respiratory protection, are mandatory when handling bulk synthetic powders.
Why Source Through Licensed Analytical Channels?
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Quantitative Accuracy: Street-level “Pink Cocaine” is notoriously inconsistent. Certified reference materials are essential for establishing true baseline data.
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Detection Consistency: Professional-grade standards allow for the calibration of equipment required to detect 2C-B in biological fluids (blood/urine) during post-mortem or clinical screenings.
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Safety Documentation: All analytical samples are accompanied by a Safety Data Sheet (SDS) to ensure safe laboratory management.
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Advance your forensic and neurochemical research with verified 2C-B analytical data. Contact our technical department for information on reference standards and toxicological screening protocols.







