CP-47,497 for sale– Classic Cannabinoid Research Compound with High Scientific Impact 

Buy CP-47,497 Chemical

CP-47497 for sale is a classical synthetic cannabinoid developed during early cannabinoid receptor research programs. It belongs to the cyclohexylphenol cannabinoid class and is historically important for its strong CB1 receptor activity and its role in shaping modern understanding of cannabinoid structure–activity relationships (SAR).

Unlike later indole or indazole cannabinoids, CP-47,497 represents an earlier generation of cannabinoid research compounds that helped establish receptor binding models still referenced in pharmacology and toxicology literature today.

⚠️ For laboratory, analytical, and educational research only. Not for human or animal consumption.

1. CP-47497 for sale

CP-47,497 was synthesized as part of a research program investigating non-classical cannabinoid agonists. Its discovery demonstrated that non-THC-like structures could still strongly activate cannabinoid receptors, fundamentally expanding cannabinoid science.

Key research relevance includes:

• High CB1 receptor affinity

• Classical cannabinoid scaffold (non-indole)

• Foundational role in synthetic cannabinoid classification

• Reference compound in forensic and toxicological studies

Its analogs, including CP-47,497-C8 (cannabicyclohexanol), later appeared in regulatory discussions due to their structural similarity and biological relevance.

2. Chemical & Structural Profile

• Compound Name: CP-47,497

• Chemical Class: Cyclohexylphenol cannabinoid

• Receptor Profile: CB1 agonist (research characterization)

• Structural Category: Classical cannabinoid

• Related Analogs:

  • CP-47,497-C6

  • CP-47,497-C7

  • CP-47,497-C8 (Cannabicyclohexanol)

Analytical Identification

CP-47,497 is commonly referenced in laboratories using:

• GC-MS

• LC-MS/MS

• NMR spectroscopy

• IR spectroscopy

No synthesis, formulation, or administration details are provided.

3. Historical Importance in Cannabinoid Science

CP-47,497 is frequently cited as a milestone compound in cannabinoid research. Its development proved that cannabinoid receptor activation was not limited to THC-like dibenzopyran structures, influencing decades of medicinal chemistry.

Historically, CP-47,497 contributed to:

• Expansion of classical cannabinoid SAR models

• Validation of CB1 receptor binding outside THC analogs

• Comparative studies with HU-210 and CP-55,940

• Early forensic identification frameworks

Because of this, CP-47,497 remains a reference standard in cannabinoid receptor education and toxicology retrospectives.

4. Research & Analytical Applications

In modern laboratory environments, Buy CP-47497 is referenced for:

• Cannabinoid receptor binding comparisons

• SAR modeling in medicinal chemistry

• Analytical reference standards

• Forensic toxicology education

• Historical reviews of synthetic cannabinoid development

Its physicochemical properties make it particularly useful when comparing classical cannabinoids with newer indole- and indazole-based agonists.

5. Regulatory & Legal Context

The legal status of CP-47,497 varies by country and region. In many jurisdictions, it is:

• Controlled

• Scheduled

• Restricted to licensed research institutions

Authorized handling generally applies to:

• Academic laboratories

• Government research agencies

• Forensic science units

• Licensed chemical research facilities

Researchers must ensure full compliance with local laws, ethics approvals, and institutional policies.

6. Quality & Compliance Standards

Institutions working with or referencing CP-47497 for sale typically maintain:

• Research-use-only documentation

• Secure chemical inventory systems

• ISO-aligned laboratory protocols

• Full traceability and record retention

These standards support regulatory compliance, data reliability, and audit readiness.

7. Laboratory Storage & Handling

Standard laboratory guidance includes:

• Secure, access-controlled storage

• Protection from heat, light, and moisture

• Use of appropriate PPE

• Disposal through approved chemical waste programs

Such practices preserve compound integrity and ensure laboratory safety.

8. Internal & External References

• Cannabinoid Research Compounds

• Synthetic Cannabinoid Knowledge Hub

• PubChem – CP-47,497 compound record

• NCBI – Cannabinoid receptor research publications

• EMCDDA – Classical synthetic cannabinoid overview

9. Where to buy CP-47497 online

CP-47,497 is provided here strictly for scientific, analytical, and educational research purposes.
It is not approved for medical, veterinary, or consumer use.
Handling is restricted to authorized institutions operating under applicable regulations.