PQ-DM-SEM-001·Degradation-Related ImpurityCustom Synthesis Available

Semaglutide Oxidation-Related Degradation Reference Material

Oxidation-related degradants are relevant to Semaglutide stability studies and forced degradation profiling.

PARENT PEPTIDE

Semaglutide

MATERIAL TYPE

Degradation-Related Impurity

TARGET PURITY

≥85% (HPLC)

EVIDENCE STATUS

PeptiQore Experimental

Custom Synthesis Available

QUANTITY

Custom

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DOCUMENTATION

HPLC purity

LC-MS mass confirmation

Certificate of Analysis

QUALITY CONTEXT

Why This Record Matters

Oxidation is a known degradation pathway for peptides containing Met, Trp, or His residues. Specific oxidation site and structure to be confirmed by experimental characterisation before commercial naming.

POTENTIAL ORIGIN

Oxidative stress during manufacturing, storage, or formulation. Met oxidation is a primary concern.

Analytical Data Package

HPLC Purity Data

LC-MS Mass Confirmation

MS/MS Fragmentation

Certificate of Analysis

PEPTIQORE APPROACH

Quality Record

Supporting Evidence

Analytical Data

Related Impurities

Analytical Method Context

Experimental Support

TRADITIONAL SUPPLIER

Product → CoA

IMPURITY CLASSIFICATION

Degradation-Related Impurity

EVIDENCE STATUS

PeptiQore Experimental

PARENT PEPTIDE

Semaglutide Quality Hub →

RELATED ANALYTICAL MATERIALS

PQ-RM-SEM-001Available

Semaglutide Reference Material

Required for HPLC system suitability, method validation, and as a reference standard for impurity quantification relative to the parent compound.

View record

PQ-DM-SEM-002Custom Synthesis Available

Semaglutide Deamidation Material

Deamidation products are relevant to Semaglutide stability and forced degradation studies.

View record

CUSTOM DEVELOPMENT

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PeptiQore supports custom development of peptide-related impurities, sequence variants and degradation materials.

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