This paper outlines strategies for reducing the volumes required for stability studies with the goal of conserving product for patients, while remaining compliant and delivering data on critical quality attributes across the shelf life of gene therapy products. The recommendations provided include considerations for both drug substance and drug product.
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An intercompany perspective on practical experiences of predicting, optimizing and analyzing high concentration biologic therapeutic formulations
To understand industry approaches for developing high-concentration formulations, BioPhorum Development Group Formulation workstream conducted an inter-company collaborative exercise which included several surveys. This collaboration provided an industry perspective, experience, and insight into the practicalities for developing high-concentration biologics.
Forced degradation studies (FDS): An industry perspective on forced degradation studies of biopharmaceuticals: survey, outcome and recommendations
Jan 2020 | Development Group
Forced degradation studies (FDSs) are often used in biotherapeutic development to assess criticality of quality attributes and in comparability studies to ensure product manufacturing process consistency. To gain an understanding of current industry approaches for FDS, the BioPhorum Development Group–Forced Degradation Point Share group conducted an intercompany collaboration exercise, which included a benchmarking survey and group discussions around FDS of monoclonal antibodies. The results of this industry collaboration provide insights into the practicalities of these characterization studies and how they are being used to support the product lifecycle from innovation to marketed products. The survey requested feedback on the intended purpose, materials, conditions, number and length of time points used, and analytical techniques carried out to give a complete picture of the range of common industry practices. This article discusses the results of this global benchmarking survey across 12 companies and presents these as a guide to a common approach to FDS across the industry which can be used to guide the design of FDS based on chemistry and manufacturing control product life-cycle and biomolecule needs.