A-PCYP

Alpha-PCYP • Alpha-Pyrrolidinocyclohexylphenone • Analytical Research Material

About A-PCYP

A-PCYP
is a commonly used abbreviation for alpha-PCYP, also identified as
2-cyclohexyl-1-phenyl-2-(pyrrolidin-1-yl)ethanone. PubChem records the compound under
CID 155884437 and lists the molecular formula as C18H25NO with a molecular weight of
approximately 271.4 g/mol. :chatgpt-content-reference{index=”0″}

The molecular structure combines a phenyl-containing ketone framework with a
cyclohexyl group and pyrrolidine ring. These structural components provide distinct
identifiers that can be used for analytical chemistry, database comparison and
spectrometric reference work.

The compound has also been documented in scientific and forensic chemistry resources.
Reference records provide standardized chemical names, structural representations,
molecular descriptors and database identifiers that help distinguish the molecule from
related pyrrolidinophenone compounds.

Molecular Information

Structural & Analytical Data

PubChem and the FDA Global Substance Registration System provide standardized structural
information for the molecule. The recorded SMILES representation is:

The corresponding InChI representation is:

The compound is represented without a defined stereochemical specification in the
standard PubChem record. NCATS reports one defined stereocenter in its substance
record and identifies the registered material as racemic. :chatgpt-content-reference{index=”1″}

Independent Chemical References

For additional structural identifiers and independently maintained chemical information,
researchers can consult the following reference databases:

Research Material Notice

This product information is presented for analytical and scientific reference purposes.
Research involving chemical materials should be conducted by appropriately qualified
personnel using suitable laboratory procedures, appropriate documentation and laboratory
safety controls. The information above describes documented chemical identity and
molecular characteristics rather than instructions for human use.