BACKGROUND: Reconstruction of an oromandibular defect presents a considerable surgical challenge. But since the advent of microvascularized free flap reconstructive surgery, outcomes have improved significantly so that today almost any defect may be reconstructed. Recently, virtual surgical planning has reduced surgical time, the morbidity associated with surgery, and surgical precision. OBJECTIVE: This article reports a complex patient with a composite oromandibular defect. METHODS: The patient had undergone multiple surgeries with bad results. She presented an orostoma of 5 cm in diameter, osteoradionecrosis and fracture of the left mandibular body, and relapse in the ipsilateral posterior maxilla. Reconstruction was performed by means of a scapular/parascapular chimeric free flap. A customized reconstruction plate was designed virtually based on the mirror image of the contralateral mandibular body. Surgery and the postoperative phase passed without incident. The patient recovered vocal, swallowing, and respiratory function without any problems. At the end of a 1-year follow-up, no complications or tumor relapse had occurred. CONCLUSIONS: Composite defects are a surgical challenge in which free flap reconstruction is an evolution that has facilitated treatment and led to improved outcomes. Virtual treatment planning produces more exact results and greater control of surgical techniques.
BACKGROUND: Reconstruction of an oromandibular defect presents a considerable surgical challenge. But since the advent of microvascularized free flap reconstructive surgery, outcomes have improved significantly so that today almost any defect may be reconstructed. Recently, virtual surgical planning has reduced surgical time, the morbidity associated with surgery, and surgical precision. OBJECTIVE: This article reports a complex patient with a composite oromandibular defect. METHODS: The patient had undergone multiple surgeries with bad results. She presented an orostoma of 5 cm in diameter, osteoradionecrosis and fracture of the left mandibular body, and relapse in the ipsilateral posterior maxilla. Reconstruction was performed by means of a scapular/parascapular chimeric free flap. A customized reconstruction plate was designed virtually based on the mirror image of the contralateral mandibular body. Surgery and the postoperative phase passed without incident. The patient recovered vocal, swallowing, and respiratory function without any problems. At the end of a 1-year follow-up, no complications or tumor relapse had occurred. CONCLUSIONS: Composite defects are a surgical challenge in which free flap reconstruction is an evolution that has facilitated treatment and led to improved outcomes. Virtual treatment planning produces more exact results and greater control of surgical techniques.