We describe here the case of a 16-year-old boy successfully treated at our hospital for intramuscular cavernous hemangioma in the left soleus muscle. The patient was diagnosed using magnetic resonance imaging and open biopsy after attempted/failed surgery at another institution. We performed lower leg phlebography in order to identify all the feeding and draining veins of the cavernous hemangioma. Our surgical approach of ligation of the feeding and draining veins of the intramuscular cavernous hemangioma with subsequent thrombosis of the hemangioma proved successful, resulting in cure with no operative or postoperative complications, a minimal hospital stay and a good functional and cosmetic outcome.

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Thoracic great vessel and cardiac trauma are characterized by anatomic location and mechanism of injury: blunt or penetrating. Management strategies are also directed by the extent and mechanism of injury. Advances in imaging and catheter-based technologies have allowed easier and more accurate diagnosis and less-invasive treatments. Although the advantages of endovascular techniques are attractive, open surgical repair remains the definitive treatment for many of these thoracic injuries. Given the increasing sophistication of these technologies and the demonstrated usefulness of a diseaseoriented approach toward patient management, trauma centers have adopted a multidisciplinary team model for management of multitrauma victims. In this review, the authors detail the diagnosis and management of blunt or puncture aortic, non-aortic great vessel, blunt cardiac, and penetrating cardiac injuries.