Developing an ethylene oxide (EO) sterilization process for a product with limitations
Date: 2010-09-14 - 2010-09-14
Time: 10:00 - 11:30
Event Type: Conference
Event Organizer: ComplianceOnline
Contact Person: admin Send Enquiry
Country: United States USA
Region/Province/State: California
Venue: Online Event
URL: http://bit.ly/cx1ems
Language: English
Target Participant(s): QA personnel,Validation specialists,Manufacturing personnel involved in validations,R&D specialists,Product Development Engineers
Industry Sector(s): Education, Training & Employment
Medical, Pharmaceutical & Herbal
Descriptions:
This EO sterilization training Webinar will discuss how to modify EO sterilization process for complicated medical products which are sensitive to moisture, temperature, vacuum changes.

Why Should You Attend:
Medical products have become more complicated with many containing computer chips, batteries, antibiotics, or other items/materials that make sterilization a significant challenge. These products that present difficult challenges to the EO sterilization process may include those products that have sensitivity to temperature, have moisture limitations, are sensitive to vacuum changes (either level or rate), retain EO, have batteries, or a combination of these factors. Developing a sterilization process presents a challenge but in virtually all cases a process can be developed that meets the requirement to have a sterile functional product.

This presentation will address the various modifications that can be made to the EO process to accomplish this goal and the impact of those modifications. We will discuss the methods to limit moisture exposure, Running a low temperature process, How to address vacuum sensitivity, How to reduce EO residuals.

Areas Covered in the Seminar:

- How to limit moisture exposure.
- Running a low temperature process.
- How to address vacuum sensitivity.
- Parameter inter-relationships.
- How to reduce EO residuals.
- Testing outside of the sterilization facility.
- Considerations for validation and routine processing.
No. of Visits: 126
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