Introduction: Why Cyclic Peptide Characterization Requires a Distinct Analytical Framework Characterizing cyclic peptides is far more than a straightforward extension […]
Cyclic Peptide Characterization: LC-MS, NMR, and Structural Confirmation Strategies Read More »
Introduction: Why the Erosion Mechanism Is Everything The most critical factor in PLGA formulation design is not particle size or
Bulk Erosion vs Surface Erosion in PLGA: How Degradation Mechanism Controls Drug Release Read More »
Introduction: Pharmaceutical manufacturers function under rigorous oversight from major global regulatory agencies, including the United States Food and Drug Administration
Outsourcing Nitrosamine Testing to a CRO: Scope of Work, Timeline, and Cost Expectations Read More »
Introduction: A bioanalytical method validation failure is one of the most operationally significant and regulatorily sensitive events in drug development.
Introduction: Why ICP-MS Is Essential in E&L Investigations Whenever a drug product comes into contact with a container-closure system, manufacturing
Introduction: For manufacturers pursuing approval of a generic PLGA-based injectable depot product, demonstrating PLGA polymer sameness for an ANDA submission
Introduction: The Expanding Regulatory Landscape for Nitrosamine Impurities in Biologics The nitrosamine crisis that affected the small-molecule pharmaceutical industry between
Introduction: Why Leachables Monitoring Must Be Central to Your Stability Program Many sponsors still approach stability studies primarily as a
Stability Studies and Leachables Monitoring: What Sponsors Should Know Read More »
Summary: 1: Introduction: Buprenorphine PLGA Depot Characterization is critical for the development of long-acting injectable formulations intended for opioid dependence
Introduction: Why Characterization of Long-Acting Biologics in PLGA Demands a Dedicated Framework The characterization of long-acting biologics encapsulated within poly(lactic-co-glycolic
Characterization of Long-Acting Biologics in PLGA Systems Read More »
