Institute for International Research

17+ Featured Case Studies:

• Application of Ultrasonic Rheometry to Study Protein Rheology at High Protein Concentrations
• Investigate and Characterize Antibody Fragments and Aggregates Using Biophysical Methods to Support Formulation Development
• Tap into the Strategy of Protein-Based Vaccine Formulation Development and Forced Degradation Mechanisms
• Formulation for Lyophilized Proteins- Fast Dynamics as an Indicator of Protein Stability in Glass
• Photostability of a Monoclonal Antibody
• Detection and Quantitation of Oxidation in Monoclonal Antibodies
• Deamidation in Protein Drug Formulations
• Explore the Potential for Determining Leachables Using HPLC Mult-Detection Systems
• Fundamental Considerations in Frozen Drug Substance for Product Development
• Laboratory Models for Induction of Protein Degradation/Aggregation
• Formulation & Forced Degradation Considerations in Vial and Dual Chamber Cartridge and/or Syringe
• When Correlations Fail- Understand the Differences between Differential Scanning Calorimetry and Real- Time Stability
• Appropriate Use of Orthogonal Methods to Characterize Protein Aggregation in Development
• Use of Biophysical Characterization Techniques for Forced Degradation Studies to Support Formulation Development
• Leverage Novel Excipients in the Design of Stable Formulations for Inhalable Biopharmaceuticals
• Isomerization of Aspartic Acid and Its Potential Impact on Other Quality Attributes
• Scale-Up of Formulations for the Big Picture for Better Process Design

Three Afternoon Tracks to Customize Your Learning Experience!

- Formulation Track

- Forced Degradation/Analytical Track

- Advances in Drug Delivery Track