Exploring New And Improved Analytical Methods For Traditional And Unique Modalities

Understanding the composition and behavior of biologic therapies and vaccines is critical at every stage of their lifecycle, from initial research to large-scale production. These complex molecules evolve over time, making advanced analytical techniques indispensable for ensuring their stability, efficacy, and safety. As our understanding of the relationship between molecular structure and performance deepens, the need for innovative approaches to biophysical characterization grows increasingly urgent.

This presentation explores the key challenges in analyzing biologics, including molecular heterogeneity, aggregation, and stability under diverse conditions. It also highlights cutting-edge methodologies and tools that address these issues, offering practical solutions to enhance the reliability and efficiency of biophysical analyses.

By addressing these challenges, we aim to support the development of high-quality biologics, driving progress in biopharmaceutical innovation and improving patient outcomes.