Surgical treatment for traumatic tracheobronchial injuries

Tracheobronchial injury is a relatively rare but often fatal condition due to the injury from the neck to the chest. Different clinical features depend on the site of injury. We experienced 5 cases of tracheobronchial injury; cervical trachea in 2, thoracic trachea in 1, tracheal carina in 1, left main bronchus in 1. Three cases were caused by blunt trauma by traffic accident and 2 cases were due to penetrating injury (stab wound and gunshot wound). Thoracotomy with primary repair for 3 (simple repair, bronchoplasty, pneumonectomy) and cervicotomy for 2 (end-to-end anastomosis) were performed. One patient with severe associated injury died of multiple organ failure after surgery. Accurate diagnosis and the appropriate treatment in the early stage is essential in the treatment of tracheobronchial injury.     

Traumatic rupture of the tracheobronchial tree

Rupture of the trachea and major bronchi usually results from blunt trauma to the chest. To define the characteristics of the condition, the mechanism of injury, presentation and hospital course, the authors reviewed seven cases of tracheobronchial rupture after blunt trauma. Four were injured in a motor vehicle accident, two had a crush injury and one child had a fall from a playground swing. The site of injury was the left main bronchus in three, membranous trachea in two and bilateral bronchi and bronchus intermedius in one patient each. Bronchoplastic repair was performed in four patients with salvage of lung tissue in three. One patient required pulmonary resection. Two patients with a laceration of the membranous trachea did not undergo operation. Two patients died secondary to associated head injuries; one patient underwent repair of the bronchus intermedius and one patient had a lacerated membranous trachea. The possible mechanisms of injury are: rapid deceleration with forward swing of the trachea, widening of the transverse diameter of the chest, exerting traction on the carina, and a rapid rise of airway pressure on impact. Surgical intervention is recommended at an early stage to avoid loss of lung tissue.     

Emergency repair of blunt traumatic bronchus injury presenting with massive air leak

Blunt traumatic tracheobronchial injury is rare, but can be potentially life-threatening. It accounts for only 0.5%–2% of all trauma cases. Patients may present with non-specific signs and symptoms, requiring a high index of suspicion with accurate diagnosis and prompt treatment. A 26-year-old female was brought into the emergency department after sustained a blunt trauma to the chest from a high impact motor vehicle accident. She presented with signs of respiratory distress and extensive subcutaneous emphysema from the chest up to the neck. Her airway was secured and chest drain was inserted for right sided pneumothorax. CT of the neck and thorax revealed a collapsed right middle lung lobe with a massive pneumothorax, raising the suspicion of a right middle lobe bronchus injury. Diagnosis was confirmed by bronchoscopy. In view of the difficulty in maintaining her ventilation and persistent pneumothorax with a massive air leak, immediate right thoracotomy via posterolateral approach was performed. The right middle lobar bronchus tear was repaired. There were no intra- or post-operative complications. She made an uneventful recovery. She was asymptomatic at her first month follow-up. A repeated chest X-ray showed expanded lungs. Details of the case including clinical presentation, imaging and management were discussed with an emphasis on the early uses of bronchoscopy in case of suspected blunt traumatic tracheobronchial injury. A review of the current literature of tracheobronchial injury management was presented.     

Tracheobronchial injury

We studied 6 cases of tracheobronchial injury due to the blunt chest truma in our department. All patients were male of 19 to 60 years of age. Injured sites were main bronchus in 2, tracheobronchial portion in 2, cervical trachea and main bronchus in 1, cervical trachea in 1. In a case of cervical tracheal injury and 2 cases of tracheobronchial injury, emergent operation was performed on the day of accident. Other cases with the main bronchial injury underwent conservative treatment at first, but subsequent bronchoplasty was necessary for them due to the bronchial stenosis. After the surgery for 2 cases of tracheobronchial injury, mechanical ventilation with double lumen tube was continued to reduce the airway pressure for the anastomotic sites. In conclusion, early surgical treatment is recommended for the airway injury and the respiratory management using double lumen tube after surgery may be helpful in preventing trouble at the anastomosis.     

Tracheobronchial injury secondary to blunt chest trauma: diagnosis and management

Tracheobronchial injury is an uncommon complication in blunt chest trauma. The typical clinical features include haemoptysis, dyspneoa, and air leak. Tracheobronchial injury occurs after high energy impact and is commonly associated with injuries of other vital organs. If tracheobronchial injury is undetected and left untreated, it may cause persistent air leak which can render ventilation difficult and inefficient. Diagnosis of tracheobronchial injury should be made and confirmed by flexible bronchoscopy. The essence of airway management is to bypass the lesion by means of endobronchial intubation to the healthy bronchus with a single-lumen or double-lumen endotracheal tube. Such manoeuvres can also facilitate surgical access if thoracotomy is indicated. Taking into account the size of the lesion and the resulting respiratory status, surgical reconstruction of the injured airway is often necessary. More severe injury may even require lobectomy or pneumonectomy. Late complications of untreated tracheobronchial injury include bronchial stenosis, recurrent pneumonia and bronchiectasis. Prompt diagnosis and treatment generally lead to good functional recovery.     

Tracheobronchial Rupture due to Blunt Chest Trauma: Report of a Case

Tracheobronchial injuries following blunt chest trauma are uncommon in children. The involvement of both the trachea and right main bronchus separately is highly unusual. We herein report the case of a 13-year-old boy who presented with both a tracheal and right main bronchial rupture following blunt chest trauma. While the tracheal laceration required a tracheotomy, a delayed repair of right main bronchial disruption was performed with a complete preservation of the right lung. The features of this uncommon entity are discussed, with special emphasis on early diagnosis and surgical management.     

Bronchus Rupture in Multiply Injured Patients with Blunt Chest Trauma

Background: Tracheobronchial injuries due to blunt chest trauma are rate and occur in about 0.2-5% of patients. In this study, the pattern of injury is analyzed and the importance of careful clinical examination outlined. Diagnosis is confirmed by means of bronchoscopy. Patients and Methods: Between 1993-2000, 1,243 patients with an ISS S 17 were admitted to the Trauma Division of the University Hospital Zurich, Switzerland. In only six of them (0.5%), a ruptured bronchus following blunt chest trauma was identified. All patients had sustained severe associated injuries with a mean ISS of 47.2 points (range, 34-56 points). In five patients presenting with an extended subcutaneous emphysema at the time of admission, an air leakage persited after immediate tube thoracostomy, one patient showed continuous tracheal bleeding. Diagnosis was confirmed bronchoscopically and an emergency thoracotomy performed in all six patients. Results: In four patients the main bronchus on the right side was sutured, in one patient a wedge resection became necessary, and in one patient with additional lung laceration a pneumonectomy was performed which resulted in intraoperative death due to acute pulmonary failure. Three of six patients have survived and show no sequelae 3, 36, and 48 months after trauma, respectively. Conclusions: Multiply injured patients with blunt chest trauma presenting with an extended subcutaneous emphysema and persistent air leakage after tube thoracostomy are at high risk of lesions of the tracheobronchial tree. Bronchoscopy will confirm the diagnosis. Therapy consists in repair of the ruptured bronchus as "day 1 surgery".     

Bronchoplasty without lung resection for the complete transection of the left main bronchus due to blunt trauma

Blunt bronchial injury is rare but crucial injury. A 17-year-old female was admitted due to traumatic injury. She was diagnosed with bilateral lung contusion, multiple rib fractures, spleen damage and the suspicion about the complete transection of the left main bronchus on X-ray and computed tomography (CT). She was brought to our hospital at 30 hours later from injury. Bronchoscopy revealed the complete transection and the edema of the left main bronchus. She underwent a resection of the disrupted portion and end-to-end anastomosis of left main bronchus without lung resection. We should be an immediate and accurate diagnosis of tracheobronchial disruption by X-ray, CT and bronchoscopy whenever we evaluate patients with blunt chest trauma.     

Successful re-reconstruction for complete disruption of the right main bronchus by blunt chest trauma

A 22 year-old man was brought to our hospital about twenty-three minutes following a high-speed motorbicycle accident in which he had blunt chest trauma. He was in severe respiratory distress with marked dyspnea and restless with extensive subcutaneous emphysema involving anterior chest wall, cervical and bilateral inguinal regions. A chest X-ray revealed bilateral pneumothorax involving mediastinal emphysema and also fracture of right submandibular and clavicula. In spite of orotracheal intubation and insertion of bilateral chest tube, continuous air leak and pneumothorax did not improve. Bronchoscopy revealed the disruption of mucosa of the right main bronchus at the bifurcation. Emergency right thoracotomy was performed and there was the complete disruption of the right main bronchus. Anastomosis of the right main bronchus with circumferential resection was undertaken on May 30, 1987 about two hours after trauma. About three months after reconstruction, bronchoscopic examination revealed stomal stenosis with deformation of tracheobronchial cartilage and granulation. The stenosis showed severe irregularity by deformed cartilage and thickened scar, so widening by Nd-YAG laser vaporization was inadequate in effect. Seven months after first reconstruction, we performed re-reconstructive operation, right upper sleeve lobectomy with partial resection of carcina and right wall of trachea for scar with severe deformation of cartilage. Following the operation, the patient suffered from sepsis with pneumonitis accompanied by lung edema. This complication was treated successfully. We considered that acute pneumonitis was caused by reventilation with increase of perfusion after tracheobronchial reconstruction. Consequently, we thought it important to treat such patients with long term IPPB postoperatively with adequate medication for respiratory system.     

A case of a chronic traumatic thoracic aneurysm with compression of left main bronchus at the isthmus

A case of successfully treated chronic traumatic thoracic aneurysm is reported. A 43-year-old man was admitted suffering from severe respiratory distress. He had a history of a blunt chest trauma in a traffic accident twenty-three years ago. A plain chest film, bronchofiberscopy, chest CT, MRI and angiography revealed a calcified aneurysm with compression of left main bronchus at the isthmus. He was successfully treated by replacement with woven Dacron graft under partial left heart bypass by means of a centrifugal pump. His postoperative course was uneventful. The literature states operative cases demonstrate a significantly higher survival rate compared to the nonoperative cases. Surgical treatment should be strongly considered for potential aortic rupture.     

Diagnosis of complete mainstem bronchus avulsion by 3-dimensional spiral CT scan of the chest

Tracheobronchial injury (TBI) after blunt trauma of the chest is a rare life-threatening entity that can be successfully managed by surgery if there is an early diagnosis. A 18-year-old man was injured in a motocycle accident. Three consecutive flexible bronchoscopies risulted negative for tracheo-bronchial lesions. Then, the patient was submitted to a spiral CT-scan of the chest with 3-dimensional reconstruction of the tracheobronchial tree that showed a rupture of the right main bronchus from the trachea. The lesion was successfully treated by surgery. Bronchoscopic findings in TBI may be unclear also for an experienced thoracic surgeon.     

Anesthetic management of a patient with bronchopleural fistula following blunt trauma chest: A brief report

Blunt trauma to the chest resulting in rupture of a major bronchus is rare. These injuries are often fatal because of respiratory distress; difficulties in establishing an airway, and the high frequency of associated multiple organ injuries. We report the anesthetic and intensive care management of a patient with bronchopleural fistula following blunt chest injury and post-thoracotomy stump leak. This case was unique because of shearing of right main bronchus close to carina, such injuries are not only difficult to repair but also, double lumen tube was kept for more than 48 h to prevent reopening of the suture. Successful management of the case is described with brief review of the literature.     

Tracheobronchial injuries from blunt trauma

Tracheobronchial injuries from trauma can be life threatening. We present a case report of a 23-year-old man who suffered a left main bronchus transection after a motorbike accident. The diagnostic and management issues surrounding tracheobronchial injuries are reviewed. Early diagnosis and treatment lead to the best outcome, with almost complete return of pulmonary function.     

Challenging lung isolation secondary to aberrant tracheobronchial anatomy

Aberrant tracheobronchial anatomy is reported at an incidence of approximately 10% and most frequently involves the segmental and subsegmental bronchi. The most relevant abnormality to the practice of anesthesiology is the presence of a tracheal bronchus. Although typically an asymptomatic finding during bronchoscopy, a tracheal bronchus has important implications for airway management and lung isolation. Coexisting abnormalities may further complicate lung isolation. We describe a patient with a tracheal bronchus, coexisting with a left-shifted carina and apically retracted left mainstem bronchus, presenting for right extrapleural pneumonectomy. Attempts to place a left-sided double-lumen endotracheal tube were unsuccessful. We discuss our solution, review the literature, and present potential solutions for lung isolation in patients with a tracheal bronchus.     

Combined blunt aortic and bronchial injury

We report the case of a 29-year-old man with left blunt chest trauma resulting in an intimal tear of the proximal descending aorta, for which he underwent successful thoracic endovascular graft stenting. He subsequently developed progressive left lung collapse, and bronchoscopy revealed left bronchial disruption. A left thoracotomy with end-to-end anastomosis of the left bronchus was performed successfully. The literature from 6 other similar cases of concomitant aortic and bronchial injuries was reviewed.     

Traumatic and iatrogenic lesions of the trachea and bronchi.

OBJECTIVE: The traumatic lesions of the trachea and the main bronchi appear to be rare, but as complications of the severe chest and neck injuries they require urgent surgical treatment. Unfortunately for the last few years the incidence of such traumas has increased. METHODS: During the last 15 years we have treated 28 patients (20 male and eight female) with traumatic lesions of the tracheobronchial tree aged from 8 to 64 years. The tracheal lesions were predominantly iatrogenic caused by difficult endotracheal intubation. The lesions of the bronchi (12 of the main and three of the lobar) were caused mainly by blunt traumas (car accidents and falling from heights). Total disruption of the right main bronchus was observed in five cases and of the left main bronchus - in seven cases. Emergency operative treatment was performed in all patients within 6 to 12 h after the incident. Cervical approach was performed in eight patients and postero-lateral thoracotomy in the other cases. RESULTS: We had one death in the early post, which was due to a severe trauma. Excellent and good results were obtained in 27 patients, which recovered well within 3 months and were followed up for periods ranging from 1 to 10 years. CONCLUSION: The traumatic lesions of the trachea and main bronchi require emergency surgical treatment. The proper choice of operative approach is largely dependent on the precise early diagnosis and on the determining of the exact location of the lesions. Operative tactics must aim at optimal preservation of the functional lung parenchyma and have to include reconstructive and plastic procedures.     

Rupture traumatique trachéobronchique : gestion des voies aériennes

We report the case of a 25-year-old man who suffered a severe trauma with a complete rupture and separation of the right main bronchus. The patient presented on the scene with respiratory distress and severe hypoxemia. At the admission in the trauma resuscitation unit, the CT scan and fiberoptic examination confirmed the diagnosis of right main bronchus rupture. Selective fiberoptic intubation of the left main bronchus was done and the patient was sent to the operating theater for urgent thoracotomy. During thoracotomy, profound arterial oxygen desaturation requested the right main bronchus being intubated by the surgeon under the control of view and separate lung ventilation, until the end of the bronchus suture. Surgery allowed the patient to survive. He was then discharged alive from the hospital at day 36. Severe tracheobronchial rupture may be rapidly associated with major respiratory distress and severe hypoxemia that necessitate specialised care in referring centre. Initial orientation of these patients appears to be as important that airway and hypoxemia management.     

Rupture of the tracheobronchial tree.

Eleven cases of tracheobronchial rupture are described. Nine were the result of external non-penetrating trauma and all but three had other serious injuries. The remaining two were caused by endobronchial intubation. Of the cases caused by external injury, respiratory tract injury was confined to the cervical trachea in three. Two required tracheostomy and repair and the third was managed conservatively; all made satisfactory recoveries. Intrathoracic rupture was recognised on or soon after admission in three cases. One patient died of uncontrollable pulmonary haemorrhage before he could be operated on; immediate repair gave good long term results in the other two. In three cases rupture of the main bronchus was not recognised until complete obstruction developed three, five, and 12 weeks after the accidents. The strictures were resected and the lung re-expanded. Robertshaw endobronchial tubes ruptured the left main bronchus in two patients undergoing oesophageal surgery. Uneventful recovery followed immediate repair. The difficulty of confirming rupture of a major airway is discussed and the importance of conserving the lung when the diagnosis has been missed is emphasised.     

Tracheal and main bronchial disruptions after blunt chest trauma: presentation and management

Tracheobronchial disruption is one of the less common injuries associated with blunt thoracic trauma. This injury can be life threatening, however, and failure to diagnose it early can lead to disastrous acute or delayed complications. Nine cases of tracheobronchial disruption in the setting of nonpenetrating thoracic trauma were seen at four Los Angeles trauma centers between 1980 and 1987. Mechanism of injury, presentation, diagnosis, and management of these patients were reviewed. Disruptions involved the trachea in 3 patients, the right bronchus in 5 patients, and the left bronchus in 2 patients. Tracheobronchial disruptions occurred in settings of high-energy impact-type injuries and were more likely to have associated injuries than they were to occur alone. Common presenting signs included subcutaneous emphysema, dyspnea, sternal tenderness, and hemoptysis. Radiographic findings were most commonly pneumothorax, pneumomediastinum, and clavicle or rib fractures. Rigid bronchoscopy and fiberoptic bronchoscopy were both highly accurate methods for diagnosis but only in the hands of trained cardiothoracic surgeons. Delay in diagnosis increased the likelihood of postoperative complications.