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The Cell and Gene Therapy Products (CGTP) Symposium: Manufacturing, Quality and Regulatory Considerations enables the exchange of scientific ideas and dialogue with regulators that form the basis of evolving regulatory practices in the development of these diverse and innovative products…
Several cell and gene therapy products have received marketing approval from health authorities and, with that, a more complete picture is now emerging about the regulatory CMC requirements to commercialize these products. In the past couple of years, AAV-based gene therapies, autologous cell-based gene therapies (e.g., CAR-T cell products), and tissue-based products have received marketing authorization. During this period, many guidelines were issued by regulatory agencies to address CMC and clinical considerations for development of cell and gene therapies and additional stakeholder support mechanisms were introduced to provide early feedback for product development and manufacturing, such as FDA-CBER’s INTERACT and CATT meetings, respectively, and EMA’s PRIME designation.
In this session, we will engage regulators and hear their perspectives on how these initiatives can be leveraged towards successful clinical development of cell and gene therapy products. The session will provide a forum for regulators and developers to highlight the CMC challenges and to share in the learnings from successful development of this diverse array of innovative medicines; specifically, in the strategies that can be applied going forward in a pragmatic and risk-based manner for manufacturing high quality, potent and safe CGT products.
Panelists:
Jounghee Baek, NIFDS, South Korea MFDS
Andrew Byrnes, CBER, FDA
Ilona Reischl, Austrian Medicines and Medical Devices Agency
Cell and Gene Therapy programs are progressing from early academic settings to commercial manufacturing at increasingly faster pace and in greater numbers. These therapies are complex, difficult to manufacture in large quantities, and involve many bespoke technologies to make, test and release…
Decentralized manufacturing involves the use of manufacturing units that can be deployed to multiple locations and in cases, to sites close to the patients…