Purpose The neck is a particularly critical region for penetrating injuries due to the close proximity of the trachea, esophagus, blood vessels, and the spinal cord. An open neck injury has the potential for serious morbidity and mortality. The purpose of this study is to evaluate the assessment and management of open neck injuries.
Methods In this retrospective study, open neck injury patients who were admitted to NAME University Hospital Trauma Center between December 2015 and December 2017 were analyzed for epidemiology, the mechanism of trauma, the injured organ, complications, and mortality.
Results Thirty-two patients presented with open neck injuries. All patients underwent computed tomographic angiography to evaluate their injuries once their vital signs stabilized. Among these patients, 27 required surgical treatment. The most commonly injured organ was the airway. There were five deaths, and the main cause of death was bleeding. Mortality was associated with the initial systolic blood pressure at the hospital and Glasgow Coma Scale.
Conclusions Mortality from open neck injuries was associated with initial systolic blood pressure at the hospital and Glasgow Coma Scale.
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Penetrating neck trauma: a comprehensive review Lindsey Loss, Reynold Henry, Anna White, Kazuhide Matsushima, Christopher Barrett, Daniel Lammers, Martin Schreiber, Kenji Inaba Trauma Surgery & Acute Care Open.2025; 10(1): e001619. CrossRef
PURPOSE Thoracic aortic injury is a life-threatening injury that has been traditionally treated by using surgical management. Recently, thoracic endovascular aortic repair (TEVAR) has been conducted pervasively as a better alternative treatment method. Therefore, this study will focus on analyzing the outcome of TEVAR in patients suffering from a blunt thoracic aortic injury. METHODS Of the blunt thoracic aortic injury patients admitted to Eulji University Hospital, this research focused on the 11 patients who had received TEVAR during the period from January 2008 to April 2014. RESULTS Seven of the 11 patients were male. At the time of admission, the mean systolic pressure was 105.64+/-24.60 mm Hg, and the mean heart rate was 103.64+/-20.02 per minute. The median interval from arrival to repair was 7 (4, 47) hours. The mean stay in the ICU was 21.82+/-16.37 hours. In three patients, a chimney graft technique was also performed to save the left subclavian artery. In one patient, a debranching of the aortic arch vessels was performed. In two patients, the left subclavian artery was totally covered. In one patient whose proximal aortic neck length was insufficient, the landing zone was extended by using a prophylactic left subclavian artery to left common carotid artery bypass before TEVAR. There were no operative mortalities, but a patient who was covered of left subclavian artery died from ischemic brain injury. Complications such as migration, endovascular leakage, collapse, infection and thrombus did not occur. CONCLUSION Our short-term outcomes of TEVAR for blunt thoracic aorta injury was feasible. Left subclavian artery may be sacrificed if the proximal landing zone is short, but several methods to continue the perfusion should be considered.