This module will provide learners with a description of the OXINIUM◊ (oxidised zirconium) technology and how it combines with highly cross-linked polyethylene (XLPE) as a total hip surgery bearing combination. Experts will drive us through the technology specifics as well as their own experience. Finally, you will also review the latest evidence for OXINIUM◊/XLPE and how this advanced bearing compares to other hip bearings.
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1735311812/pre_requisites "[[alt/icon]]")
Pre-Requisites
- A good understanding of the basic principles of Total Hip Arthroplasty (THA)
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1735311812/learning_objectives "[[alt/icon]]")
Learning Objectives
- Describe the composition and biomaterial properties of the OXINIUM◊ (oxidised zirconium) and highly cross-linked polyethylene (XLPE) technologies
- Demonstrate the factors and trends that influence bearing choice, including the impact on revision rates and how OXINIUM/XLPE addresses the limitations of other bearings
- Review the available evidence for the use of OXINIUM/XLPE in primary Total Hip Arthroplasty (THA)
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1735311812/contributors "[[alt/icon]]")
Contributors:
- Professor Edward Davis, United Kingdom
- Mr Sujith Konan, United Kingdom
- Dr Thorsten Seyler, United States of America
Accredited by the Royal College of Surgeons of England*
*This Smith+Nephew Medical Education eLearning content is accredited by the RCS (Royal College of Surgeons of England) as part of the centre accreditation. You will receive a certificate of attendance upon full completion of the module.
Show more
Show less
Essentials and evidence of an advanced hip bearing in THA