Key result
Whole glenoid reconstruction, including 270° glenoid bone grafting and ligament reconstruction, can result in optimal shoulder stability for multidirectional instability.
Why the study?
Surgical results for shoulder multidirectional instability are not satisfactory due to structural and biological factors related to low success rates.
Does whole glenoid reconstruction improve shoulder stability in patients with multidirectional instability of the shoulder?
Does whole glenoid reconstruction improve shoulder stability in patients with multidirectional instability of the shoulder?
A novel whole glenoid reconstruction technique may provide optimal shoulder stability for patients with multidirectional instability.
Should not yet change practice in multidirectional shoulder instability; hypothesis-generating and requires prospective validation.
The surgical results of shoulder multidirectional instability are not satisfactory. To address the structural and biological factors that are related to the low success rate of surgical treatment, we developed a whole glenoid reconstruction technique, which includes mainly 270° glenoid bone grafting and capsule labrum reconstruction, and glenohumeral ligament reconstruction. Our clinical experience indicates that the application of this technique can result in optimal shoulder stability. We consider the introduction of this technique will shed light on the surgical treatment of shoulder multidirectional instability.
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Jinzhong Zhao (2021) studied Shoulder multidirectional instability. Whole glenoid reconstruction technique was evaluated on Shoulder stability. Whole glenoid reconstruction, including 270° glenoid bone grafting and ligament reconstruction, can result in optimal shoulder stability for multidirectional instability.
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