BioPharm Webinar | Single-Use Material Selection for Critical Storage Operations in Gene Therapy Development and Scale-up
Despite the industry challenges posed by the COVID-19 pandemic, novel gene therapy development has adapted and is returning to the spotlight. With this comes a refocus on the selection of optimal single-use materials for earlyphase regulatory compliance, which is particularly important for materials used in storage and cryogenic operations.
May 19 - May 19 2021
REGISTER FOR WEBINAR, ON DEMAND
ON24
BioPharm Webinar | Single-Use Material Selection for Critical Storage Operations in Gene Therapy Development and Scale-up
May 19, 2021 3:00 PM
May 19, 2021 4:00 PM
ON24
Despite the industry challenges posed by the COVID-19 pandemic, novel gene therapy development has adapted and is returning to the spotlight. With this comes a refocus on the selection of optimal single-use materials for earlyphase regulatory compliance, which is particularly important for materials used in storage and cryogenic operations.
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ON DEMAND WEBINAR
To address the current concerns of manufacturability, however, a material’s commercial viability should also be discerned to ensure process economics at scale. This webinar will allow manufacturing and process professionals to:
- Review key product contact material requirements and available data
- Examine storage and cryogenic process compatibility with respect to functional performance
- Consider the case study of a material used in storage applications at commercial scale
About Presenter:
Muhammad Siddiqui, Entegris Cold Chain Applications Engineer
Mr. Siddiqui joined Entegris in September 2019 as a cold chain applications engineer. He came to Entegris from Sartorius Stedim Biotech, which he joined in 2015, and will use his current role to expand opportunities for fluid handling solutions, particularly in low temperature applications.
Mr. Siddiqui has earned a master’s degree in Chemical Engineering from the University of California, Berkeley with a focus in product development.
Mr. Siddiqui has earned a master’s degree in Chemical Engineering from the University of California, Berkeley with a focus in product development.
