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13 Jul 2025
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Open Ideberg Type III Scapula Fracture with Acromion and Spine Involvement.


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Clinical Details

Clinical and radiological findings:  A 33-year-old male sustained a direct impact to the scapula from a truck's rearview mirror traveling at approximately 50 mph, resulting in a 3a open fracture. The injury presented as a longitudinal laceration along the scapular spine. Radiological assessment revealed an Ideberg Type III fracture involving the coracoid, cranial glenoid, acromion, and scapular spine with significant displacement. This injury represents a distal double or triple disruption of the shoulder's suspensatory complex.

Preoperative Plan

Planning remarks:  The preoperative plan involved addressing the coracoid and glenoid through an anterior approach, and the acromion and scapular spine through a posterior approach. The plan included reducing and fixing the coracoid/glenoid, reducing and fixing the displaced acromion to prevent nonunion, and stabilizing the spine/suprascapular fossa fragment to facilitate proper acromion fixation.

Surgical Discussion

Patient positioning:  Initial posterior approach was performed with the patient in a prone position utilizing the traumatic wound for access. For the anterior approach, the patient was repositioned supine.

Anatomical surgical approach:  Posterior approach: Access through the traumatic wound along the scapular spine, exposing the supraspinatus fossa and spine fragment. Reduction of the lateralized supraspinatus fossa/spine fragment was achieved by medializing it to create a flexible hinge point at the medial border. The acromion was then reduced to the spine and fixed with a tension band plate. Anterior approach: Proximal deltopectoral incision with biceps tenotomy, subscapularis release, and arthrotomy to reduce the coracoid-glenoid fragment under direct visualization.

Operative remarks: 

The surgeon noted that addressing each lesion was crucial for optimizing shoulder function. The sequence began with restoring scapular morphology via the posterior approach, followed by addressing the coracoid-glenoid fragment anteriorly. The intact coracoclavicular ligaments provided stability, allowing for accurate reduction of the acromioclavicular joint once the coracoid-glenoid was fixed.

Postoperative protocol:   Postoperative rehabilitation included immobilization in a shoulder sling for initial weeks, followed by gradual passive range of motion exercises. Active range of motion and strengthening exercises were introduced progressively as tolerated.

Follow up:   Not specified.

Orthopaedic implants used:   Tension band plate for acromion fixation Locking screws Cannulated screws Lag screws Mini-fragment plate Reconstruction plate

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