Standardizing traceability of personalized cell and gene therapies
Broadcast date
Wed, Jun 21, 2023
Presented by
- Rebecca Street-Howard - GSKJuan Jaime - JanssenElena Rivkin - Roche Kim Wilson - Dassault Systèmes Fred Dardy - Roche Judith Koliwer - Körber David Gray - Emerson Jon Butterfield - Lonza
Quick Description
Tracing cells for a personalized cell or gene therapy needs to be even better than Mumbai’s famous lunchbox delivery system.
By focusing on improving traceability across the entire cell and gene therapy (CGT) supply chain, this webinar identifies the potential offered by the adoption of standardized digital solutions.
Details
By focusing on improving traceability across the entire cell and gene therapy (CGT) supply chain, this webinar identifies the potential offered by the adoption of standardized digital solutions.
Reading the document, slides or watching the replay will allow you to:
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- Understand the people (personas) involved in the CGT supply process and why traceability is vital
- See a reusable unified process flow that works across many personalized therapies
- Grasp the user stories: what people need the systems to do for traceability and why
- Be inspired by the benefits of improving traceability
- Chew over the service-based principles around which the industry must align for this to become a reality
- See how identifiers must join up to prove the chain of identity
- Understand how a chain of custody service needs to work and relate it to current implementation approaches
- See how the regulations about personal data can be satisfied when working with personalized products
- Observe what still needs to be standardized to make this type of integrated approach smooth and effective
The CGT Traceability subteam published Standardizing traceability of personalized cell and gene therapies in April 2023, and this is freely available for anyone to download.
Speakers
Rebecca Street-Howard
GSK
Juan Jaime
Janssen
Elena Rivkin
Roche
Kim Wilson
Dassault Systèmes
Fred Dardy
Roche
Judith Koliwer
Körber
David Gray
Emerson
Jon Butterfield
Lonza