In this course, learners will get full understanding of the rationale, indications, decision making process and technical considerations for the mini-open Latarjet surgical technique, using either ENDOBUTTON◊ fixation or screws, for the treatment of anterior instability glenoid bone loss.
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1744280697/pre_requisites "[[alt/icon]]")
Pre-requisites
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1744280697/learning_objectives "[[alt/icon]]")
What you will learn
- Recall indications for the open Latarjet procedure for the management of glenoid bone loss
- Summarize available clinical data for the open Latarjet technique
- List decision making criteria for the mini-open Latarjet technique
- Integrate procedural steps and instrumentation manipulation for the mini-open Latarjet with ENDOBUTTON fixation technique
- Integrate procedural steps and instrumentation manipulation for the mini-open Latarjet with screws fixation technique
![[[alt/icon]]](https://qasn-educationunlimited.smith-nephew.com/theme/image.php/sn/block_sn_course_intro/1744280697/contributors "[[alt/icon]]")
Contributors
Dr Robert Litchfield, CanadaDr Sean McMillan, United States of AmericaDr Ryan Simovitch, United States of AmericaDr Nikhil Verma, 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.
The mini-open Latarjet technique