This is to acknowledge that Giuseppe Cotellessa Attended a one-hour webinar and Q&A session entitled " Accelerate GLP-1 impurity profiling with Analytical Quality by Design (AQbD) " / Con la presente si attesta che Giuseppe Cotellessa ha partecipato a un webinar di un'ora con sessione di domande e risposte dal titolo: "Accelerare la profilazione delle impurità GLP-1 con la Qualità Analitica basata sulla Progettazione (AQbD)" /#22/7/2026 bis
This is to acknowledge that
Giuseppe Cotellessa
Attended a one-hour webinar and Q&A session entitled
" Accelerate GLP-1 impurity profiling with Analytical Quality by Design (AQbD) " /
Con la presente si attesta che
Giuseppe Cotellessa
ha partecipato ad un webinar di un'ora con sessione di domande e risposte dal titolo:
"Accelerare la profilazione delle impurità GLP-1 con la Qualità Analitica basata sulla Progettazione (AQbD)" /#22/7/2026 bis
Dott. Giuseppe Cotellessa
Accelerate GLP-1 impurity profiling with Analytical Quality by Design (AQbD)
The rapid rise of glucagon‑like peptide‑1 receptor agonists (GLP‑1 RAs) has transformed the peptide therapeutics landscape, driven by their success in diabetes and obesity treatment and expanding potential across metabolic and cardiovascular diseases. As demand accelerates, biopharma QC teams face increasing pressure to perform high‑confidence GLP‑1 RA impurity profiling. These complex peptides require robust, well‑characterized analytical methods to ensure product quality, support regulatory expectations, and maintain lifecycle control.
Discover in this SelectScience webinar with Pawel Bigos, Senior Scientist, Waters Corporation, how a case study using Exenatide, a GLP‑1 RA used in type 2 diabetes therapy, uncovered 20 impurity peaks through a streamlined, risk‑based approach for developing lifecycle‑ready liquid chromatography (LC) methods. Bigos will demonstrate how applying analytical quality‑by‑design (AQbD) risk assessments, Design of Experiments (DoE), and Method Operable Design Regions (MODRs) enables deeper method understanding.
Bigos will also explore peak‑tracking strategies, orthogonal mass detection, Pareto analysis, and resolution mapping, which together provide a blueprint for high‑confidence impurity profiling in complex peptide therapeutics.
ITALIANO

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