Long-Acting Injectables: Successful Microsphere Development and Scale-Up

This series will provide you with tools to critically process and analyze medical scientific literature. You will get a good understanding of basic statistical concepts and theory that enable you to explain, understand and interpret data. These Webinars are practical and based on published articles and the analysis of these.

Chemical raw materials are used in multi-tons per batch during biopharmaceutical manufacturing. Managing such quantities in a pharmaceutical production environment can be challenging: Handling and weighing procedures can be time-consuming and costly. In addition, the formation of dust and caking/clumping of chemicals can pose a significant safety risk to employees.

Now in its second year, this online symposium will provide those working within academia and pharmaceutical development the opportunity to hear from experts within the field.

Scientists are always on the hunt for new analytical approaches that will streamline the biotherapeutic characterization process and answer questions found intractable using traditional methodologies. One such technique, hydrogen deuterium exchange mass spectrometry (HDX-MS)—a biophysical tool for characterizing protein conformation and dynamics—has become an indispensable method to answer important questions concerning therapeutic protein structure, stability, and interactions. Additionally, the correlation of HDX-MS profiles for a target protein interacting with a panel of ligands has facilitated the determination of structure-function relationships, and differentiated new ligand classes based on selective binding.