Radiation Sterilization Strategies for Improved Processing Options and Timing
In the current landscape of supply and material constraints, the increased popularity of radiation sterilization has led...
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Radiation Sterilization of SVPP: RTU and fill/finished. Do not default to 25 kGy – 40 kGy.
At the 2022 Nelson Labs Virtual Symposium, we will present examples of radiation sterilization for Ready-to-Use (RTU)...
PQ dose mapping and routine irradiation of products with non-uniform density distribution
Operational Qualification (OQ) dose mapping of gamma irradiators typically involves using homogeneous materials. However, the real-world scenario...
Cobalt-60: The Heart of Radiation Sterilization
For over 50 years, Cobalt-60 has served as a crucial source of gamma radiation, extensively used for...
Establishing Maximum Acceptable Dose for Medical Devices in Radiation Sterilization
Medical device manufacturers using ionizing radiation (gamma, electron beam, or X-ray) for sterilization purposes must establish the...
Materials Qualification of Healthcare Products to Radiation Sterilization
Newer medical products, particularly those that are biological in nature or composed of materials sensitive to traditional...
A Review of Ionizing Radiation Sterilization Modalities
High-energy ionizing radiation is an established and proven method for sterilizing healthcare, food, and general industrial products....
Three Methods to Establish the Sterilization Dose of a Medical Device
In the medical device industry, sterilization processing is performed to obtain a Sterility Assurance Level (SAL) as...
Material Consideration Radiation Processing
Each polymer reacts differently to ionizing radiation, making it crucial to verify that the maximum administered dose...
Gamma: the heart of radiation sterilization past, present and future
The COVID-19 pandemic of 2020 highlighted the pivotal role of the medical device supply chain in delivering...