Tapatybė

Naproxen Sodium

Nenurodyta · C14H13NaO3

01Tapatybė

Lazychem IDLC-41900
CAS RNNenurodyta
PubChem CID23681059
Molecular formulaC14H13NaO3
Molecular weight252.24 g/mol
IUPAC namesodium (2S)-2-(6-methoxynaphthalen-2-yl)propanoate
InChIKeyCDBRNDSHEYLDJV-FVGYRXGTSA-M

02Struktūra ir stereochemija

Two-dimensional chemical structure of Naproxen Sodium
Two-dimensional structure for the PubChem identity linked to this record. Confirm the identifiers before analytical use.

The parsed structure contains 2 rings, includes aromatic atoms, includes aliphatic carbon, has 1 defined stereocentre. These statements are calculated from the published structure string.

Defined stereocentres1
Ring count2
Secondary amines0
Tertiary amines0
SMILESC[C@@H](C1=CC2=C(C=C1)C=C(C=C2)OC)C(=O)[O-].[Na+]
InChINenurodyta

03Stereochemistry

The published structure contains 1 defined and 0 unassigned tetrahedral stereocentre. The exact wedge and dash depiction is shown above.

Defined centres1Structure assigned
Unassigned centres0Structure unspecified
Assignment statusFully assignedExact published identity
Tetrahedral upper bound≤ 2Before 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.

04Statusas Indijoje

Exact-compound status is evaluated only against the published name and CAS number. Confirm the current official instrument before a regulatory decision.

05Pavadinimai ir ryšiai

API ir pirminis vaistas

Nenurodyta

Pavadinimai ir ryšiai

    06Šaltiniai