This webinar is designed to enhance your foundational knowledge of pharmaceutical packaging, particularly focusing on its critical role in radiation processing using gamma and electron beam methods. The type and method of packaging are essential considerations for ensuring effective radiation processing, and this webinar will delve into how factors such as product density, weight, and orientation can influence routine processing outcomes.
Participants will gain insights into how product packaging and presentation can affect the efficiency and efficacy of radiation processing. The webinar will present examples of how specific considerations are integrated into packaging development to ensure that the radiation process is both effective and compliant with industry standards. Understanding these considerations is vital for optimizing the packaging design to support the radiation sterilization process.
In addition to discussing the impact of packaging on radiation processing, the webinar will introduce mass extraction, a relatively new container closure integrity test (CCIT). This method is included in the USP 1207 list of approved deterministic CCIT test methods. The presentation will cover the basic methodology behind mass extraction testing, highlighting its advantages over other CCIT methods and explaining how the test is performed.
Attendees will learn about the key benefits of mass extraction testing, such as its ability to provide more accurate and reliable results compared to traditional methods. The webinar will detail the process of performing a mass extraction test, offering practical guidance on implementing this testing method in routine packaging evaluations.
By participating in this webinar, you will build a solid understanding of the interplay between pharmaceutical packaging and radiation processing. You will also gain knowledge about innovative testing methods like mass extraction, which can enhance the integrity and safety of pharmaceutical products. This comprehensive overview will equip you with the information needed to optimize packaging design and ensure effective radiation processing, ultimately improving product quality and compliance.