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Third Degree Open Tibial Fracture

Nancy D Baker, MD

May 17, 1994

Presentation

A 40-year-old motorcyclist was involved in a high speed collision.

Imaging Findings

Anteroposterior Radiograph
Lateral Radiograph
Second Frontal Radiograph
Popliteal Arteriogram
Angiogram
Frontal Intraoperative Radiograph
Lateral Intraoperative Radiograph
Frontal Postoperative Radiograph

Anteroposterior radiograph shows acute comminuted fractures of the tibia and fibula at junction of middle and distal thirds. There is complete lateral translocation of the distal fragments. Soft tissue laceration can be seen medially, below the fractures, and laterally, at the fracture site.

Lateral radiograph shows no angulation or displacement in the sagittal plane.

Following closed reduction of the fractures, a second frontal radiograph demonstrates stabilization using an external fixation device. This device utilizes horizontal pins placed percutaneously through the tibial shaft on either side of the fracture.

A popliteal arteriogram outlines a normal popliteal artery (arrow), bifurcating into the peroneal artery (arrow) laterally and the anterior tibial artery medially. Note the transverse pins in the tibia, compressing the proximal portion of the external fixator.

A below knee angiogram shows a large, well-filled anterior tibial artery. Laterally, the peroneal artery is interrupted at the level of the fracture (arrow).

A frontal intraoperative radiograph shows placement of myocutaneous-vascular pedicle graft (arrows) medially and superomedially, bone graft along the medial aspect of the fracture (arrow), and a compression plate laterally across the tibial fracture with the compression-measuring device still attached to the plate proximally. Surgical clips over the fibula indicate repair of the peroneal artery.

A lateral intraoperative radiograph shows the soft tissue graft posteriorly (arrows) and the compression device anteriorly.

A frontal postoperative radiograph through a fiberglass cast after one month.

Diagnosis

Third degree open tibial fracture

Discussion

Third degree open fractures are usually the result of high energy injuries with extensive damage to the skin, subcutaneous tissues, muscles, and neurovascular structures.

References

1. Muller ME, Allgower M, Schneider R, Willenegger. Manual of internal fixation: Techniques recommended by the AO-ASIF Group. 3rd ed. New York: Springer-Verlag, 1991: 584-6, 683-8.


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