Solutions for Sterile Sample Extraction & Rapid Release Sterility Testing Webinar
Duration: 22 minutes
Overview
This webinar focuses on membrane filtration-based sterility testing, particularly emphasizing sterile sample extraction for rapid release sterility testing for pharmaceuticals and medical devices. It emphasizes the significance of sterility testing in confirming the absence of viable contaminating microorganisms before releasing sterile products onto the market. The presentation highlights the adoption of membrane filtration as the standard for sterility testing. The presentation also covers the importance of thorough investigation in case of sterility test failure, the growing trend in the adoption of rapid sterility testing methods, and the supplementation of sterility tests with additives for neutralizing antimicrobial substances. Additionally, it discusses the evaluation of Sterisart® canisters for sterile sample extraction, innovations in Sterisart® canisters, and the partnership with Charles River for rapid microbial detection systems.
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Key Takeaways
In this webinar you will learn about:
- The fundamentals and significance of sterility testing in pharmaceuticals and medical devices.
- Key points in the sterility testing process for sample drawing and growth media supplementation.
- Features and benefits of Sartorius’ sterility testing canisters.
- Experimental validation of the sterility and integrity of canisters after multiple sampling events.
- Procedures for addressing and investigating sterility test failures and conducting root cause analyses.
- Integration of traditional membrane filtration with rapid sterility testing methods for efficient and accurate results.
Webinar Speaker
Eric Clement Arkel
Global Project Manager, Reagent and Consumable Solution
Sartorius
Eric is the Manager of the Global Product Management Team specializing in Microbiological Testing at Sartorius. With nearly 5 years of experience at the firm, supporting customers in both the pharmaceutical and applied industries, he has overseen the Sterility Testing and Microbial Air Monitoring portfolios in addition to his current role. Eric's expertise lies in protein biochemistry and molecular biology.