A multimodal HPLC stability-indicating approach was developed for comprehensive semaglutide quality analysis, detecting degradation products under various stress conditions for pharmaceutical quality control.
Quality assuranceAdvanced HPLC methods ensure every semaglutide batch is pure — detecting degradation that could affect safety and efficacy
What the researchers found
Multimodal HPLC stability-indicating methods: comprehensive semaglutide quality analysis identifying degradation products under thermal, photolytic, acid, base, and oxidative stress conditions.
Why it matters
Drug quality analysis ensures patient safety. With millions taking semaglutide, robust quality methods prevent degraded product from reaching patients.
How the study worked
Development and validation of multimodal HPLC methods for semaglutide stability indication, degradation product identification under ICH stress conditions.
What this study cannot tell us
Analytical method development. Applicability to all semaglutide formulations needs verification.
How to read the evidence
Analytical method development and validation.
When this study was published
Published in 2025.
The bigger picture
Quality analytical methods are the invisible backbone of pharmaceutical safety — ensuring every semaglutide dose is pure and effective.
Questions still open
- Should these methods be standardized across all semaglutide manufacturers?
- Do biosimilar semaglutides show the same degradation profile?
- Would these methods detect counterfeit semaglutide?
Common questions
How is semaglutide quality tested?
Does this affect my medication safety?
Read the original research
A multimodal HPLC stability indicating approach for the estimation of Semaglutide and Tirzepatide in bulk, pharmaceutical dosage forms, and rat plasma: a six-edged sustainability appraisal.
BMC chemistry, 20(1), 31
Citation
Khalil, Hadeel A; Hassanein, Nermeen A; El-Yazbi, Amira F; Mahgoub, Hoda. (2026). A multimodal HPLC stability indicating approach for the estimation of Semaglutide and Tirzepatide in bulk, pharmaceutical dosage forms, and rat plasma: a six-edged sustainability appraisal.. BMC chemistry, 20(1), 31. https://doi.org/10.1186/s13065-025-01716-7