BOH-PHP: Research Chemical Profile, Properties, Uses, and Safety Information

What Is BOH-PHP?

BOH-PHP is a research chemical also known as β-hydroxy-α-PHP, dihydro-α-PHP, and dihydro-α-pyrrolidinohexanophenone. Scientific databases identify the hydrochloride form as α-pyrrolidinohexanophenone metabolite hydrochloride. Its CAS number is 2835138-22-0, while the molecular formula of the hydrochloride is C16H26ClNO.

Importantly, BOH-PHP should not be presented as a medicine, dietary supplement, or approved therapeutic product. Commercial research references describe the hydrochloride material as intended for research and forensic applications, not for human or veterinary use.

BOH-PHP Chemical Information

BOH-PHP has several scientific identifiers that help researchers distinguish it from related compounds.

Key Specifications

• Common name: BOH-PHP
• Alternative names: β-hydroxy-α-PHP, dihydro-α-PHP
• CAS number: 2835138-22-0
• Molecular formula: C16H26ClNO for the hydrochloride
• Molecular weight: approximately 283.83 g/mol
• IUPAC name: 1-phenyl-2-pyrrolidin-1-ylhexan-1-ol hydrochloride
• Form: crystalline solid for the hydrochloride reference material
• Research classification: analytical/reference material

These specifications make accurate identification especially important when researchers analyze samples or compare analytical results.

How Is BOH-PHP Related to α-PHP?

BOH-PHP is closely associated with α-PHP because researchers identify it as a metabolite of α-PHP. Chemically, BOHPHP contains a hydroxyl group where the parent compound has a ketone group. Therefore, its structure differs from α-PHP while retaining an important part of the parent compound’s molecular framework.

However, structural similarity does not automatically establish the same biological effects or safety profile. In fact, available authorities emphasize that information about BOHPHP pharmacology and toxicology remains limited.

Research Uses of BOH-PHP

Researchers may encounter BOHPHP in analytical chemistry, forensic science, metabolite identification, and reference-standard work. Analytical laboratories can use authenticated reference materials to help identify substances in biological or seized-material samples.

Furthermore, BOH-PHP has appeared in European early-warning monitoring after analytical identification in collected samples. This monitoring helps authorities understand the emergence and distribution of new psychoactive substances.

Why Analytical Research Matters

Because new psychoactive substances can have limited published data, laboratories need reliable chemical identification. Consequently, reference standards can support methods such as chromatography and mass spectrometry when scientists investigate unknown samples.

BOH-PHP Safety and Limitations

The most important consideration is the limited scientific evidence surrounding BOHPHP. European monitoring information states that limited pharmacological and toxicological information is available. Therefore, researchers should not assume that the compound has an established safety profile.

Additionally, the manufacturer’s safety documentation identifies the research material as not intended for human or veterinary diagnostic or therapeutic use.

For this reason, BOH-PHP should be discussed in a controlled scientific and forensic context rather than as a product for personal consumption.

Conclusion

BOH-PHP is a relatively uncommon research chemical associated with α-PHP metabolism and analytical identification. Its hydrochloride form has a documented chemical identity, CAS number, molecular formula, and reference-standard specifications. Nevertheless, scientific information about its pharmacology and toxicology remains limited. Therefore, responsible research should focus on analytical, forensic, and scientific applications while avoiding unsupported claims about medical benefits or safety.