PEPTIQORE™

TIRZEPATIDE · DEGRADATION & STABILITY

Tirzepatide Degradation & Stability Intelligence

Relevant degradation pathways and stability considerations for tirzepatide based on published literature and regulatory data.

Degradation pathway data is based on published literature and regulatory information. Not all pathways necessarily occur under all conditions. PeptiQore does not make stability claims for specific formulations.

DEGRADATION PATHWAYS

Relevant Quality Pathways

Oxidation

Peer-reviewed LiteratureRelevant

Methionine oxidation is a relevant degradation pathway for tirzepatide.

Deamidation

Peer-reviewed LiteratureRelevant

Asparagine and glutamine deamidation under stressed conditions is a relevant degradation pathway.

Hydrolysis

Regulatory/PublicRelevant

Fatty acid side chain hydrolysis (loss of the C20 fatty diacid) is a relevant process and degradation impurity.

Isomerization

Peer-reviewed LiteratureRelevant

Aspartate isomerization is a potential degradation pathway under stressed conditions.

Aggregation

PendingNot reported

Aggregation-related species — data under characterization.

ANALYTICAL SUPPORT

Stability & Degradation Services

Forced Degradation Studies

Systematic forced degradation under stress conditions to characterize tirzepatide degradation pathways.

Stability-Indicating Method Development

Development of analytical methods capable of detecting and quantifying tirzepatide degradation products.

Degradation Reference Materials

Custom synthesis and characterization of tirzepatide degradation products for use as reference standards.

REQUEST

Request Stability Investigation

Submit a qualified scientific inquiry for tirzepatide forced degradation studies or stability-indicating method development.

Request Stability Investigation