In this on-demand educational video, you will hear from international experts on how evolving enabling technology and kinematic knee design can influence the outcome.
Education includes didactic presentations and case reviews:
- Optimising kinematics and alignment with anatomical design implant
- Next generation, patient-specific robotics
- Putting it to practice: case presentation
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1742994884/pre_requisites "[[alt/icon]]")
Pre-requisites
- A basic understanding of knee arthroplasty
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1742994884/learning_objectives "[[alt/icon]]")
What you will learn
- Appraise the different alignment philosophies in the field of arthroplasty
- Evaluate how combining anatomic design and enhanced alignment converge to more normal kinematics
- Recognize how technology assistance can help in reaching optimized alignment and kinematics
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1742994884/contributors "[[alt/icon]]")
Contributors
- Professor Max Ettinger, Germany
- Dr Steven Haas, United States of America
- Dr Michael Ries, 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.
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Royal College of Surgeons of England (RCS Eng)
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.
On-demand webinar: Optimised knee arthroplasty outcomes through kinematic design and patient specific robotics