Chemical identity

Cinacalcet Impurity 14 (HCl Salt)

CAS not listed · C22H22F3N. HCl

01Identity

Identifiers and names for this exact compound. Empty fields are left unassigned.

Lazychem IDLC-10714
PubChem CID176474181
NameCinacalcet Impurity 14 (HCl Salt)
CAS RNNot listed
Molecular formulaC22H22F3N. HCl
Molecular weight357.42 36.46 g/mol
IUPAC name(S)-N-((R)-1-(naphthalen-1-yl)ethyl)-2-(3-(trifluoromethyl) phenyl)propan-1-amine, hydrochloride (1:1)
InChIKeyZAYWTJHQSMIVTH-QNBGGDODSA-N

02Structure identifiers

2D structurePubChem CID 176474181
Two-dimensional chemical structure of Cinacalcet Impurity 14 (HCl Salt)
Two-dimensional structure for the PubChem identity linked to this record. Confirm the identifiers before analytical use.

The parsed structure contains 3 rings, includes aromatic atoms, includes aliphatic carbon, has 2 defined stereocentres, contains at least one halogen atom. These statements are calculated from the published structure string.

Defined stereocentres2
Unassigned stereocentres0
Ring count3
Secondary amines1
Tertiary amines0
N-methyl amine sites0
SMILESC[C@H](CN[C@H](C)C1=CC=CC2=CC=CC=C21)C3=CC(=CC=C3)C(F)(F)F.Cl
InChINot listed
Formula from structureC22H23ClF3N
Molecular weight from structure393.88 g/mol

03Stereochemistry

The published structure contains 2 defined and 0 unassigned tetrahedral stereocentres. The exact wedge and dash depiction is shown above.

Defined centres2Structure assigned
Unassigned centres0Structure unspecified
Assignment statusFully assignedExact published identity
Tetrahedral upper bound≤ 4Before symmetry reduction

Published same-connectivity configurations

1 record

These records have the same connectivity, molecular formula and protonation layer, but a different complete InChIKey stereochemical layer. Only separately structure-linked records are shown.

No additional structure-linked configuration with the same connectivity is currently present in the LazyChem dataset.

Scope: The mathematical 2^n value is only an upper bound. Symmetry and other stereogenic elements can change the number of distinct stereoisomers. A hypothetical configuration is not published as a compound record without a verified structure identity.

04Possible N-nitroso structures

Shown for structural screening only. These candidates are not confirmed impurities, formation predictions or analytical findings.

Matched amine site1 candidate
Chemical structure of Cinacalcet Impurity 14 (HCl Salt) with the matched amine site highlighted in amber
Amber identifies the screened atom and adjacent bonds.
Possible structure candidateUnverified identity
First calculated possible N-nitroso structure derived from Cinacalcet Impurity 14 (HCl Salt), with the new N-nitroso group highlighted in amber
The new N-N=O atoms and bonds are highlighted. No CAS number or compound name is assigned by this calculation.
Candidate 1Possible N-nitroso structural candidate
Calculated formula
C22H22ClF3N2O
Candidate SMILES
C[C@H](CN(N=O)[C@H](C)c1cccc2ccccc12)c1cccc(C(F)(F)F)c1.Cl

Interpretation: A structural alert alone does not establish that a nitrosamine forms. Evaluate nitrite sources, amine reagents, pH, temperature, process sequence, purge and analytical evidence.

05India status for this compound

These results apply only to this exact compound name and CAS number. Confirm the current official instruments before making a regulatory decision.

NDPS / RCSNO EXACT MATCH FOUNDNo CAS number is available for an exact comparison.
SCOMETNO EXACT REVIEWED CAS MATCHNo CAS number is available for an exact comparison.
Review date2026-08-01Recheck the current official instruments for the material, concentration, activity and date in question.

06Names and relationships

Associated parent compound

Cinacalcet

View API and impurity family

Other names

No synonyms are listed.

Related records from the same parent family

07Documented history

Dated discovery, occurrence, use and issue claims are published only when a suitable primary or government source is available.

No dated history available

No verified discovery, first report, occurrence, use or issue event is currently available for this identity.

08Sources