Abstract:Maxillofacial traumas caused by gunshot wounds may cause quite varied defects. The objective of this study was to evaluate the reconstruction methods in 12 patients with gunshot wound-related mandibular and maxillofacial bony and soft tissue defects. Twelve patients who were operated on for maxillofacial gunshot wounds at our clinic between 2002 and 2012 were included in the study. Seven patients were wounded in a suicide attempt, and 5 were wounded as a result of an accident or in assaults. Two patients under… Show more
“…9,12,13 The results of reconstructive procedures of 14 cases with gunshot-wounded faces caused by rifle fire were presented by Yuksel et al 13 More recently, Firat and Geyik 9 evaluated the reconstruction methods in 12 patients with gunshot wound-related mandibular and maxillofacial bony and soft tissue defects. Despite the severity of the injuries, all authors achieved acceptable cosmetic results.…”
Section: Discussionmentioning
confidence: 99%
“…9 Despite all efforts during the reconstructive process, resulting aesthetic deformities and functional defects are inevitable. 1,10,11 Because of the resulting aesthetic and functional deformities, it is essential to reconstruct them both.…”
Objective assessment methods enabled us to retrospectively evaluate the treatment and identify the specific problem underlying functional and aesthetic morbidities.
“…9,12,13 The results of reconstructive procedures of 14 cases with gunshot-wounded faces caused by rifle fire were presented by Yuksel et al 13 More recently, Firat and Geyik 9 evaluated the reconstruction methods in 12 patients with gunshot wound-related mandibular and maxillofacial bony and soft tissue defects. Despite the severity of the injuries, all authors achieved acceptable cosmetic results.…”
Section: Discussionmentioning
confidence: 99%
“…9 Despite all efforts during the reconstructive process, resulting aesthetic deformities and functional defects are inevitable. 1,10,11 Because of the resulting aesthetic and functional deformities, it is essential to reconstruct them both.…”
Objective assessment methods enabled us to retrospectively evaluate the treatment and identify the specific problem underlying functional and aesthetic morbidities.
“…15,26 Additional vascularized bone flap options include the radius, scapula, and ilium. 27 Osteogenic distraction may be an additional option for large mandibular defects. 11,28,29 This method has the ability to simultaneously expand the volume of bone, gingiva, soft tissue, and the neurovascular supply.…”
Craniomaxillofacial gunshot injuries, resulting from assault, suicide attempts, and accidental trauma, represent a major public health dilemma in the United States. Due to the extent of injury and resulting osseous and soft tissue loss, facial gunshot wounds pose a unique challenge to the reconstructive surgeon. Initial management should use advanced trauma life support principles with the goal of patient stabilization. Acute operative management should center around wound decontamination, debridement, and temporary closure. Historically, definitive surgical management focused on delayed reconstruction secondary to high rates of wound infections, necrosis, and ischemia. With improvements in imaging modalities, the advent of virtual surgical planning, and the popularization of microvascular free flaps, contemporary methods have shifted toward earlier more definitive reconstruction. Autologous free tissue transfer has resulted in a decrease in hospital stay and the number of overall surgeries. Importantly, due to the variability in injury pattern and complexity in reconstruction, a systematic approach toward intervention is needed to mitigate complications and optimize overall functional and aesthetic outcomes.
“…3,[12][13][14][15] From our experience, more aggressive surgical debridement is warranted in severe patients with significant energy transference to the facial skeleton. Fragments of bone that reveal acceptable soft tissue support and vitality are carefully preserved during the reduction and fixation of fractures.…”
High-energy blunt or penetrating impact leads to great variability in facial injury patterns. Although the mechanism, pattern, and distribution of forces vary, the resultant damage to hard and soft tissues requires dedicated planning and execution of debridement and reconstructive procedures. This article evaluates the initial management of patients sustaining high-energy facial impact injuries resulting in one or more comminuted or displaced facial fractures, with accompanying severe facial lacerations and/or soft tissue defects and avulsion injuries. Seventy-three patients met the criteria for high-energy traumatic injuries at Jackson Memorial/University of Miami Medical Center between 2003 and 2013 and are included in this article. Thirty-nine patients sustained one or more gunshot wounds to the face, and 34 patients were involved in high-speed motor vehicle collisions; all patients met our criteria for high-energy trauma. The treatment protocol for these injuries involves meticulous surgical exploration and assessment, aggressive debridement, early definitive reduction/fixation, and reconstruction as necessary.
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