Tracheal rupture after blunt chest trauma in a child

Pediatric tracheal trauma

Tracheal trauma is an uncommon but potentially serious cause of airway injury in children. Presentation may be acute in cases of blunt or penetrating trauma, or delayed in cases of chronic irritation or indwelling endotracheal tubes. Symptoms include dyspnea, progressive respiratory distress, neck and chest swelling and ecchymosis, and dysphonia. Workup is pursued as allowed by the patient's clinical status and may include plain radiography, computed tomography, and endoscopy. Accuracy and efficiency of diagnosis is paramount for those at risk of rapid decompensation. Treatment may include observation, elective and strategic intubation, or primary surgical repair.

Anesthesia for Pediatric Chest Trauma

Thoracic trauma in children is the second most frequent cause of death in the pediatric population. The majority of these children will have multisystem injuries. Management of these patients starts with the primary survey, resuscitation, and secondary survey as described in Advanced Trauma Life Support training. Most children with thoracic injuries can be observed or treated nonoperatively. The majority of children who do need surgery will need exploratory laparotomy and may have significant blood loss. The anesthesiologist needs to be prepared to manage a patient with severe underlying respiratory derangements, ongoing blood loss, and /or cardiac dysfunction. Moreover, one-lung ventilation may be necessary for optimal surgical exposure, which will present considerable challenges.

Bronchial injuries in children: single-center experience

OBJECTIVE

To present our experience of the management of bronchial injuries in children.

METHODS

Between 2001 and 2012, we diagnosed 11 cases of bronchial injuries in children and reviewed their records.

RESULTS

The age range was 3-12 years. Etiologies were passenger traffic accidents in 55%, pedestrian traffic accidents in 27%, and a fall from a height in 18%. Clinical manifestations were pneumothorax with continuous air leak in 81%, subcutaneous emphysema in 55%, and failure of lung expansion in 64%. Three (27%) cases were diagnosed late. All patients were operated on through a posterolateral thoracotomy. Main stem bronchial rupture was identified in the right side in 72% and in the left side in 28%. Bronchial repair was feasible in 7 (64%) cases, but resection was inevitable in 4 cases (3 pneumonectomies and one lobectomy). Two of the patients who required resection died; they had associated intraabdominal injuries. All survivors were discharged in stable condition without complications.

CONCLUSION

Bronchial injuries in children are rare and challenging. Clinical, radiological, and bronchoscopic examinations facilitate the diagnosis. Early diagnosis and bronchial repair offers favorable results. Delayed diagnosis, lung resection, and associated injuries adversely affect the outcome.

Perioperative and intensive care management of pediatric tracheal tear

Management of tracheal tears can prove to be challenging in the perioperative setting. This is a rare condition that can be life threatening. Here, we present a case of seven-year-old boy involved in a high-speed motor vehicle collision. The child sustained multiple injuries including a near fatal head injury, multiple facial fractures, and a tracheal injury associated with pneumomediastinum. Due to the imminent threat of brainstem herniation while being imaged in the CT scanner, the patient underwent an emergent craniotomy to evacuate his evolving intracranial bleed. Imaging prior to the craniectomy suggested a possible tracheal injury, given the extensive pneumomediastinum. However, initial perioperative ventilation was without any difficulty. After stabilization of intracranial pressure (ICP) and hemodynamics, on hospital day 4, the patient returned to the operating room to diagnose and repair his tracheobronchial injury. This is a unique polytrauma case in which a tracheal tear was managed in the midst of other life-threatening injuries.

Use of pre and intra-operative bronchoscopy in management of bronchial injury following blunt chest trauma

Blunt chest trauma resulting in right bronchial tear in an 8-year-old girl is reported. Use of bronchoscopy in the management of such an injury is highlighted.

Paediatric chest trauma (part 2) — Hidden Injuries

Chest trauma is the second greatest cause of mortality from trauma, a leading cause of death in children over the age of one. Prompt diagnosis can be difficult as the underlying thoracic injuries are often disproportionately severe compared to the visible surface injury and symptoms may not appear for several hours. Diagnosis are easily underestimated, delayed or missed. This is the second of a 2 part article reviewing Paediatric chest trauma and its current management. The injuries are usefully classified into 6 lethal injuries that need excluding in the primary survey and 6 hidden injuries that must be considered in the secondary survey. The 6 lethal injuries are covered in the first part of this article along with biomechanics and mechanisms of injury. This article looks in depth at the 6 hidden injuries, along with a review of chest trauma in non-accidental injury.

Tracheal rupture in a child with blunt chest injury

A 10-year-old boy fell from a tree and sustained blunt injury to his chest. He was brought to the hospital (6 h later) with difficulty in breathing and inability to speak. There was a bruise on the neck and extensive subcutaneous emphysema over the neck and chest and decreased air entry over the right hemithorax. Radiographs revealed a right-sided pneumothorax, pneumomediastinum and tracheal deviation. An intercostal drain (with underwater seal) was inserted and he was transferred to the operating room for bronchoscopy. Anesthesia was induced with IV midazolam and ketamine. The trachea was intubated orally and anesthesia maintained with spontaneous breathing of halothane in oxygen. Flexible fiberoptic bronchoscopy performed via the tracheal tube revealed no injury to bronchi or carina. Bronchoscopy through the tracheal tube withdrawn to the level of the vocal cords revealed a 1-cm long posterior longitudinal tear approximately 2-3 cm below the cords. The surgeons planned a definitive tracheostomy distal to the traumatic tracheal opening. This was difficult and initially unsuccessful because of subcutaneous emphysema. A ureteric catheter was introduced through the tracheal tube and a tracheostomy tube mounted on the fiberoptic bronchoscope, which was then inserted through the surgical tracheostome. This followed the ureteric catheter into the distal trachea and the trachea was successfully cannulated. We review the mechanism of tracheal injuries with special reference to its occurrence in children with blunt injury. We discuss the airway management in these potentially life-threatening injuries.

Conservative treatment of spontaneous tracheal rupture

Spontaneous tracheobronchial ruptures are uncommon injuries, especially in the pediatric age group. Tracheal injuries, independent of their origin, may be life-threatening. Here we present the first report of a 14-year-old boy who presented with subcutaneous emphysema, pneumomediastinum, and pneumothorax on day 3, due to spontaneous posterior tracheal-wall rupture following paroxysmal productive coughing. The diagnosis was established using a computed tomography scan of the chest, and tracheobronchoscopy and esophagoscopy under general anesthesia. He was endotracheally intubated and ventilated in the intensive care unit. Such tracheal defects, bridgeable by an endotracheal tube, may permit conservative treatment. The patient was discharged on day 10, and follow-up revealed no late complications.

Bronchial tear in a child after a liquid petroleum gas tank explosion

Humans have been exposed to blast effects since the invention of gunpowder and explosives. Bronchial injury because of an explosion is a rare but lethal injury that requires prompt recognition and treatment. In this article, we present a case of a bronchial tear after an explosion.

Trauma and the paediatric lung

Thoracic injury is a serious cause of morbidity and mortality in paediatric patients. This review will present cases to assist the clinician in the epidemiology, assessment and management of airway injury, pulmonary contusion, rib fracture, musculoskeletal injury and pneumothorax.

The diagnosis and management of children with blunt injury of the chest

Thoracic trauma remains a major source of morbidity and mortality in injured children, and is second only to brain injuries as a cause of death. The presence of a chest injury increases an injured child's mortality by 20-fold. Greater than 80% of chest injuries in children are secondary to blunt trauma. The compliant chest wall in children makes pulmonary contusions and rib fractures the most common chest injuries in children. Injuries to the great vessels, esophagus, and diaphragm are rare. Failure to promptly diagnose and treat these injuries results in increased morbidity and mortality.

Pediatric thoracic trauma

Although thoracic injuries occur less frequently in children than adults, they remain a source of substantial morbidity and mortality. Disparate problems such as rib fractures, lung injury, hemothorax, pneumothorax, mediastinal injuries, and others may present in isolation or in combination with one another. Knowledge of the manner in which pediatric anatomy, physiology, and injury patterns change with age may expedite the evaluation of the pediatric chest after trauma. Differences in pulmonary functional residual capacity, blood volume, chest wall and spinal soft-tissue mobility, and cardiac function may translate into problems or benefits of important consequence. For example, although more predisposed to hypoxemia, young children may remain well compensated hemodynamically, despite significant blood loss. Rare injuries in children, such as cardiac and great vessel trauma, may remain undiagnosed precisely because of their scarcity and protean symptoms.

Complete cervical tracheal rupture in children after closed trauma

The authors report the case of a 5-year-old boy who received a blow from a heavy metallic bar on the front of the neck and presented with a complete rupture of the cervical trachea. Such a rupture is exceptional in children because of the consistency of the cartilage but can occur when the neck is in extension and the glottis is closed. A rigid endoscopy allowed the rupture to be diagnosed, to restore the airway, to prepare the cervicotomy, and the suturing of the trachea. He presented with a stenosis 50 days after the suturing which was treated by dilatation.

Tracheobronchial injuries in childhood: review of two cases

Penetrating injuries of the tracheobronchial tree in children are very rare. With prompt diagnosis nonoperative treatment seems to be appropriate and safe without complications. Delayed diagnosis may result in surgical exploration with severe complications afterwards caused by poor condition at the time of intervention. Two children with penetrating tracheobronchial injuries were referred to our pediatric surgical center in the last 12 years. A 10-year-old boy suffered an iatrogenic penetrating injury of the tracheobronchial tree, and a 6-year-old boy a direct penetrating injury of the distal trachea in an agricultural accident. Cervical emphysema and bronchoscopy identified the lesion in these patients. Both of them could be treated conservatively without any sequelae.

[Thoracic injuries in children]

Chest trauma in children is rare but shows that trauma is severe and the mortality rate is high (30%). Multidisciplinary management of children includes an initial evaluation of respiratory distress, freeing the airways, placing an intercostal tube, stabilizing the chest wall, and analgesia. When vital signs are stable, secondary evaluation includes an etiologic, radiologic and biologic check-up, ending with the therapeutic strategy. Thoracotomy is rarely required, and for most children, only monitoring will be necessary, though this is important because of the risk of secondary decompensation and late diagnosis of potentially fatal lesions.

Tracheobronchial ruptures from blunt thoracic trauma in children

BACKGROUND/PURPOSE

Tracheobronchial ruptures in blunt thoracic trauma in children are rare. The aim of this study was to suggest the means of an early diagnosis and a conservative management as often as possible.

METHODS

Sixteen cases of tracheobronchial ruptures by blunt thoracic trauma were observed over 26 years in 9 regional pediatric centers.

RESULTS

There were 12 boys and 4 girls, from ages 1 hour to 17 years. Nine children presented with associated lesions. Fibroscopy established the following diagnosis: 8 tracheal wounds and 8 bronchial wounds. Six children were operated on within 18 hours (on average) after installation of a thoracic drainage. Two lobectomies, 3 ideal tracheal sutures, and 1 bronchial suture were performed. Seven children were treated exclusively by thoracic drainage. Two of them were intubated through the lesion, leading to a transitory endoprothesis accompanied or not by an external thoracic drainage. One infant recovered spontaneously. There were no deaths in this series. Two recurrent postoperative nerve injuries were noted, one of which was a transitory spontaneously resolutive scar bud and one a granuloma treated by laser. Three times, a stenosis occurred after a conservative management. Two were operated on.

CONCLUSIONS

Tracheobronchial ruptures in children are rare. An early fibroscopy holds an important place in the approach of this pathology. Treatment is variable, based on thoracic lesions, their tolerance by the child, and associated lesions. Surgery is not the only therapy because conservative treatment by simple thoracic drainage or lesion intubation has proved effective.

Tracheobronchial injuries after blunt chest trauma in children--hidden pathology

BACKGROUND

Blunt thoracic injuries in children are unique because the pliability of the chest wall allows transmission of massive external force directly into the mediastinum. Children presenting after blunt chest trauma may have complete disruption of the airway with little external sign of injury. Without prompt diagnosis and appropriate treatment, the risk for progressive respiratory failure is high.

METHODS

Four children with tracheobronchial injuries were referred to a pediatric trauma center from 1994 to 1997. All children, age 18 months to 13 years, suffered unusual crush injuries. All diagnoses were based on unresolved pneumothorax or pneumomediastinum.

RESULTS

Bronchoscopy identified the location of injury as posterior trachea (n = 1) and right mainstem bronchus (n = 2). A tertiary bronchial injury (n = 1) was missed by initial tracheogram and subsequent bronchoscopy but identified during surgical exploration. All children survived after thoracotomy and primary repair of the injury.

CONCLUSIONS

Tracheobronchial disruption is a rare, life-threatening injury. Suspicion should be high when pneumomediastinum and pneumothorax are refractory to adequate pleural drainage. Flexible bronchoscopy with intubation distal to the injury may be necessary to prevent loss of the airway. Advance preparation should include setups for bronchoscopy, thoracotomy, and cardiopulmonary bypass. Patient survival depends on preparation and prompt surgical intervention.