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26 Jul 2025
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Complex Elbow Injury with Trans-Olecranon Fracture Dislocation and Ligamentous Repair.


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Clinical Details

Clinical and radiological findings:  A 26-year-old male sustained multiple injuries in a high-speed motor vehicle collision, including a head bleed, spine fractures, splenic laceration, contralateral humerus fracture, transverse posterior wall acetabular fracture, and an open tibia fracture. The primary focus is on the right upper extremity injuries: a type 2 humeral shaft fracture with a 7 cm laceration, a B-type intra-articular distal humerus fracture, and an open (type 1, non-contiguous laceration) trans-olecranon fracture dislocation with associated ligamentous injury. Initial Advanced Trauma Life Support (ATLS) protocol and Damage Control Orthopaedics (DCO) were implemented. Radiographs and intraoperative fluoroscopy confirmed the complex nature of the elbow injury.

Preoperative Plan

Planning remarks:  The preoperative plan involved irrigation and debridement (I&D) of the open elbow wound, provisional stabilization of the humeral shaft fracture with a small plate acting as an internal external fixator, and reduction of the elbow dislocation with splinting in extension. Definitive fixation was planned for the olecranon fracture and associated ligamentous injuries to restore elbow stability.

Surgical Discussion

Patient positioning:  The patient was positioned supine with the affected arm on a radiolucent hand table to facilitate access to the elbow and allow for intraoperative fluoroscopic imaging.

Anatomical surgical approach:  A posterior approach to the elbow was utilized. A midline incision was made over the olecranon, extending proximally and distally to allow adequate exposure of the fracture site and associated ligamentous structures. Subperiosteal dissection was performed to expose the olecranon fracture and facilitate reduction and fixation.

Operative remarks: 

Intraoperatively, it was confirmed that the injury was a trans-olecranon fracture dislocation with significant ligamentous disruption. After fixation of the olecranon with appropriate hardware, repair of the lateral ulnar collateral ligament (LUCL), annular ligament, and medial and lateral joint capsules was performed to restore elbow stability. Fluoroscopic imaging demonstrated improved joint congruity and stability post-repair.

Postoperative protocol:   Postoperatively, the patient was placed in a splint with the elbow in extension. Early range of motion exercises were planned to commence 1-2 weeks post-surgery, contingent upon wound healing, to prevent stiffness and promote functional recovery.

Follow up:   Not specified.

Orthopaedic implants used:   Orthopaedic implants used included a small plate for provisional humeral stabilization and hardware for olecranon fixation (specific type not detailed).

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