Carinal injury: diagnosis and treatment--case report

Injury to the thoracic trachea is a potentially lethal condition in a patient with multiple injuries. Several clinical signs are commonly associated with this process: subcutaneous emphysema, aphonia, stridor, pneumothorax refractory to thoracostomy tube drainage, pneumomediastinum, and hemoptysis. The clinical appearance of tracheobronchial rupture may be delayed for hours or even weeks following injury. Standard treatment for disruption of the thoracic trachea is primary repair via a right thoracotomy. We describe a patient with a complex carinal injury following blunt thoracoabdominal trauma who was successfully managed with prompt surgical intervention.     

Acute airway distress from endotracheal intubation injury in the pediatric aerodigestive tract.

OBJECTIVES: Two unusual cases of pediatric aerodigestive tract trauma postintubation with subsequent complications are described. Pediatric retropharyngeal dissection from trauma has not been reported previously. METHODS: We conducted a retrospective chart review in a pediatric tertiary care center. RESULTS: A 6-year-old girl underwent attempted nasotracheal intubation. She sustained retropharyngeal dissection, receiving positive pressure ventilation before this injury was noted. She developed subcutaneous emphysema. The child was managed conservatively and did well. An 8-year-old boy sustained a 4-cm laceration of his posterior trachea, developing pneumomediastinum after intubation. On transfer to our institution, he underwent direct laryngobronchoscopy and was reintubated with the tip of the endotracheal tube distal to the laceration. Postoperatively, the child accidentally pulled his tube and coughed, resulting in severe subcutaneous emphysema with increased pneumomediastinum. An emergent tracheotomy was performed. The patient subsequently did well. CONCLUSION: A higher index of suspicion with more careful surveillance may prevent further morbidity.     

Pneumomediastinum on a surgical service

Mediastinal emphysema results from multiple etiologies and is associated with a variety of underlying disease entities. Twenty five patients with pneumomediastinum treated on a surgical service over a 6 year period were reviewed. The cause of the mediastinal emphysema was related to trauma in seven patients, attempted central venous access in four patients, cardiopulmonary resuscitation in four patients and some type of Valsalva maneuver in ten patients. Besides the mediastinal emphysema, air may dissect into the peritoneal cavity, the pericardium, and the subcutaneous tissues within the neck and chest wall. Treatment of the mediastinal emphysema, per se, is expectant; success or failure is determined by treatment of the associated underlying problems. Deaths occurred in three patients after cardiopulmonary resuscitation and in one patient after crushing chest injury. One patient with an associated hydrothorax was found to have a perforated distal esophagus which was treated by emergency fundoplication. When associated diseases are absent and there is no evidence of pleural effusion or hydrothorax, no special diagnostic tests are indicated. Sequential chest x-rays are used to follow the pneumomediastinum through resolution, which usually occurs within 72 hours.     

An unpredicted case of tracheal necrosis following thyroidectomy

Tracheal rupture is a rare condition, and its most common cause is head and neck injury. Nontraumatic disruption of the anterolateral fibrocartilaginous trachea is an exceptional complication following thyroidectomy with few cases reported in literature. We report a case of upper tracheal necrosis arising 15 days after uneventful total thyroidectomy and resulted in pneumomediastinum and subcutaneous emphysema. The patient felt a sudden pop in his neck following an episode of vigorous coughing and experienced rapid swelling in his neck. The presence of pneumomediastinum was diagnosed on chest Computed Tomography scan and bronchoscopy visualized a small perforation on the right side of the anterolateral tracheal wall. The first interesting aspect is that several factors (female gender, thyrotoxic goiter, wound infection or excessive use of diathermy) reported as possible cause of anterior tracheal necrosis in the previous reports are unlike for the present case. The second unusual point is the spontaneous healing of the tracheal tear. Considering the no-critical ill condition of the patient and the size of the tear we decide for a conservative treatment rather than surgical repair. Finally, our report underlights that the presence of subcutaneous emphysema following thyroidectomy should alert the possible existence of tracheal rupture. The favourable outcome of our patient shows that small tracheal perforation due to tracheal necrosis may be successfully treated with conservative treatment.     

Successfully treated case of cervical trachea injury caused by suicide

A 52-year-old man stabbed in his neck and abdomen by a kitchen knife for the purpose of suicide. He was immediately transferred by ambulance car. Subcutaneous emphysema was not observed. Stabbed wounds were observed in the neck and the abdomen. Radiography and computed tomography showed subcutaneous and mediastinal emphysema. The patient was diagnosed as having trachea injury. After admission, emphysema progressed rapidly and respiratory distress appeared. The patient was orally intubated and emergency surgery was performed. The stabbed wound was found to extend to thyroid grand and cricotracheal ligament. After thyroidectomy, the injured trachea was repaired primarily. The course of the patient was almost uneventful, and was discharged on the 23th operative day. He was diagnosed as having alcoholism by a psychiatrist. The patient died due to suicide by hanging 16 months after surgery. Orotracheal intubation and primary suture were effective in a patient with trachea injury. Prevention of suicide is also important after leaving hospital in patients with history of suicide.     

Traumatic cervical tracheal disruption: Report of two cases

We report herein the cases of two patients who suffered traumatic tracheal disruption, both of whom under-went successful surgical treatment. The first patient was a 48-year-old truck driver who suffered severe dyspnea after jamming his neck in a truck door. An endotracheal tube was unable to be inserted due to bleeding and thus, an emergency tracheostomy was performed. On admission massive subcutaneous emphysema was noted in the neck and anterior chest, and tracheal disruption was confirmed by a lateral neck X-ray, computed tomography (CT), and fiberscopy. An emergency end-to-end anastomosis of the trachea with insertion of a T-type silicon tube into the lower trachea was performed. The second patient was a 36-year-old man who suffered severe dyspnea after having his neck caught in a chain while driving a motorcycle. On admission, marked subcutaneous emphysema in the neck and paradoxical movement of the trachea were noted. Tracheal disruption was confirmed by a lateral neck X-ray and CT, and a similar operation to that of the first patient was performed. This type of injury is rare; however, lateral neck X-ray, CT, and fiberscopy proved extremely useful for making an accurate diagnosis following which successful emergency surgery was able to be performed, achieving good long-term results.     

Conservative management of the airway following iatrogenic tracheal rupture

The trachea of a 39-year-old man ruptured following intubation for fiberoptic bronchoscopy; the complication became evident during surgery as extensive subcutaneous emphysema developed. The emphysema resolved with conservative treatment. Tracheobronchial lesions are generally caused by direct trauma to the chest. Tracheal rupture due to intubation maneuvers is one of the complications anesthetists fear most. Although infrequent, such lesions are potentially fatal. Signs and symptoms can vary widely, from self-limiting asymptomatic subcutaneous emphysema immediately following surgery to severe complications such as tension pneumothorax, acute respiratory failure, pneumomediastinum, or even pneumopericardium. The absence of complications in patients treated conservatively has increased interest in using this approach to management when conditions are favorable, always with fiberoptic assessment to evaluate whether the lesion has resolved completely and without sequelae.     

Pneumomediastinum in labour -- probably not caused by a lumbar epidural anaesthesia

We describe a case of pneumomediastinum and subcutaneous emphysema during labour. The patient had previously received an epidural anaesthesia to alleviate labour pain. We found several reports of subcutaneous emphysema and pneumomediastinum (or pneumothorax) possibly caused by or related to epidural anaesthesia use, but conclude that the epidural anaesthesia was probably not a cause in our case.     

Subcutaneous cervical emphysema and pneumomediastinum due to a diastatic rupture of the cecum

Pneumomediastinum usually occurs after esophageal or chest trauma. Subcutaneous cervical emphysema as a presentation of non-traumatic colonic perforation following colorectal cancer or diverticulitis, is very rare.We report a case of a patient with rectal cancer who developed a diastatic cecum retroperitoneal perforation with a secondary pneumo-mediastinum and cervical emphysema. The patient was in treatment with a neoadjuvant chemo-radiotherapy for a low rectal cancer.Treatment consisted in an emergency right hemi-colectomy with ileostomy and performance of distal colonic fistula.The Authors discuss the occurrence of pneumomediastinum and cervical emphysema complicating rectal cancer, pointing out ethio-pathogenesis, clinical presentation, diagnosis and treatment. The importance of performing a diverting colostomy when neoadjuvant chemotherapy is scheduled in patients with stenotic rectal cancer, although not clinically occluded     

Traumatic subcutaneous emphysema of the hand/forearm: A case report

Subcutaneous emphysema is commonly associated with infection caused by gas-producing organisms. In this case report, we describe a rare instance of traumatic subcutaneous emphysema of the hand and forearm caused by a puncture injury to the first web space of the hand. Our objective is to increase awareness of the potential for seemingly minor trauma to cause entrapment of significant air in subcutaneous tissues, thereby decreasing the likelihood that a clinically benign-appearing patient will be started down an unnecessarily aggressive treatment pathway.A 16-year-old, otherwise healthy white female, presented to the pediatric emergency room with an impressive amount of subcutaneous emphysema that developed over a 12-h period after sustaining an accidental laceration to the first web space of her right hand. She appeared nontoxic and had a clinically benign presentation. A comprehensive work-up was performed. She was splinted by the orthopedic surgery resident on call, and was admitted to the Pediatric Intensive Care Unit for overnight monitoring. She received tetanus vaccination and broad-spectrum antibiotics. The patient was discharged 2 days after admittance, with a splint applied to her right hand and forearm. She undertook home-based physical and occupational therapy. She had a pain-free range-of-motion in the right wrist, elbow and shoulder. The swelling in the right hand subsided completely.Although initially alarming, traumatic subcutaneous emphysema in an otherwise healthy patient from minor wounds (as featured in this case) does not necessarily mean one ought to proceed down an aggressive treatment algorithm. Careful evaluation of the patient's history, clinical examination findings, and determination of the Laboratory Risk Indicator for Necrotizing Fasciitis score can help guide physicians in the management of traumatic subcutaneous emphysema and potentially avoid unnecessary and costly interventions.     

Subcutaneous emphysema and spontaneous pneumomediastinum in non-intubated COVID-19 patient: Presenting unusual case report

Introduction and importanceIn non-intubated COVID-19 patients, subcutaneous emphysema and spontaneous pneumomediastinum (SPM) remain rarely, with incidence rates of 3.0 and 1.2 per 100,000, respectively; nevertheless, the occurrence of these conditions in COVID-19 patients is unclear. Up to date only few cases have been reported. The mechanism of pneumomediastinum in non-intubated COVID-19 patients remains unclear.Case presentationHere we present a 63-year-old male with subcutaneous emphysema, and spontaneous pneumomediastinum with a 1-day history of chest pain and productive cough, without chills and dyspnea. The patient was diagnosed by nasopharyngeal RT-PCR, Chest CT, and laboratory findings. The patient successfully treated by given double (mask and nasal) oxygen therapy, antibacterial (moxifloxacin tablet 400 mg) every 24 h for 7 days, followed by antiviral (lopinavir tablet 400 mg) twice daily for 6 days and corticosteroid treatments as well as steroid therapy (methylprednisolone 40 mg) daily for 8 days. Subcutaneous emphysema treated by supraclavicular slit-like incision (3 cm) bilaterally and milking of skin from face, neck, shoulders and chest done for three days for subcutaneous emphysema but regarding the pneumomediastinum we did only follow up of the patient.Clinical discussionSpontaneous pneumomediastinum and subcutaneous emphysema are rare clinical finding in non-intubation of COVID-19 patients but frequently common in patients with coronavirus acute respiratory distress syndrome (COV-ARDS), or intubated COVID-19. In the present paper, subcutaneous emphysema and spontaneous pneumomediastinum occurred at the same time, with no past history of pulmonary diseases, and smoking of the patient. The only reason of this patient was high-pressure repetitive cough.ConclusionThe authors declared that COVID-19 infection leading to subcutaneous emphysema and spontaneous pneumomediastinum in non-intubated COVID-19 patients. Our case revealed that oxygen therapy, bed rest, analgesic, and supraclavicular slit-like incision best option for treat subcutaneous emphysema (SE) and spontaneous pneumomediastinum (SPM).     

Spontaneous Tracheal Rupture: a Case Report

We report the case of a spontaneous posterior tracheal wall rupture following a cough. A 67-year-old woman with a history of longstanding treatment with corticosteroids (8 years) for Giant Cell Arteritis had general anesthesia for cataract removal. Surgery and anesthesia were uneventful. In the recovery room, the patient coughed and soon after developed subcutaneous emphysema of the neck. Chest radiography confirmed the clinical diagnosis of marked subcutaneous emphysema and showed huge pneumomediastinum and minor right pneumothorax. A thoracic CT scan revealed a large laceration of the posterior tracheal wall (a 4 cm longitudinal tear), extending from the middle of the trachea to the level of the carina. Surgical repair consisted in closure of the dilaceration using an autolo-gous pericardial patch.

It seems reasonable to suspect the facilitating role of connective tissue fragility due to chronic corticosteroid administration in the development of this tracheal rupture following cough. Tracheal rupture is a potentially lethal injury, which can be repaired successfully if the diagnosis is made early. Risk factors, diagnosis and principles of treatment of this lesion are discussed.     

Use of a silicone T-tube for management of a tracheal injury in a patient with cervical blunt trauma

A 71-year-old woman fell forward hitting the anterior part of her neck against a table. Bronchoscopy revealed deformation of the cartilage crescent in the cervical trachea (suggestive of cartilage contusion) and a longitudinal tear in the membranous region. Because subcutaneous emphysema and dyspnea developed and progressed, we made a tracheostomy and inserted a silicone T-tube through the stoma to relieve intraluminal pressure. This then served as a stent for the airway after the patient had progressed through the acute stage. The subcutaneous emphysema and pneumomediastinum abated gradually during the 7 days after insertion of the T-tube, which remained in the cervical trachea as a tracheal stent for 2 months thereafter. The T-tube is easy to manage and can be inserted through the stoma without major surgery. As an alternative to tracheotomy, the T-tube is nonirritating, allows speech, aspiration of sputum, and respiration through the nasopharynx, and in general requires little if any special maintenance or cleaning. Furthermore, a relatively long T-tube can be used, and so the stent can occupy a longer section of the trachea than can a tracheostomy tube. We recommend the placement of a T-tube to provide a useful stent for cervical tracheal injury.     

Spontaneous tracheal rupture: a case report

We report the case of a spontaneous posterior tracheal wall rupture following a cough. A 67-year-old woman with a history of longstanding treatment with corticosteroids (8 years) for Giant Cell Arteritis had general anesthesia for cataract removal. Surgery and anesthesia were uneventful. In the recovery room, the patient coughed and soon after developed subcutaneous emphysema of the neck. Chest radiography confirmed the clinical diagnosis of marked subcutaneous emphysema and showed huge pneumomediastinum and minor right pneumothorax. A thoracic CT scan revealed a large laceration of the posterior tracheal wall (a 4 cm longitudinal tear), extending from the middle of the trachea to the level of the carina. Surgical repair consisted in closure of the dilaceration using an autologous pericardial patch. It seems reasonable to suspect the facilitating role of connective tissue fragility due to chronic corticosteroid administration in the development of this tracheal rupture following cough. Tracheal rupture is a potentially lethal injury, which can be repaired successfully if the diagnosis is made early. Risk factors, diagnosis and principles of treatment of this lesion are discussed.     

Pneumoscrotum After Blunt Chest Trauma

Pneumoscrotum, the accumulation of air inside the scrotum, is a rare complication associated with blunt chest trauma. We report a case of severe subcutaneous emphysema, pneumothorax, pneumomediastinum, pneumopericardium, and pneumoscrotum after blunt chest trauma in a 44-year-old man. He presented with progressive swelling of the neck that descended to the chest, abdomen, both legs, and scrotum. Radiography and computed tomography of the chest and abdomen confirmed the diagnosis of a tracheal injury complicated by severe subcutaneous emphysema, pneumothorax, pneumomediastinum, pneumopericardium, and pneumoscrotum. Primary repair of the tracheal injury was performed, and he was weaned successfully from the ventilator by day 5. He was discharged on day 7.     

Cervicofacial, retropharyngeal and mediastinal emphysema: a complication of orbital fracture

Retropharyngeal and mediastinal emphysema is associated with traumatic aerodigestive tract injury, and may be associated with potentially severe and even life-threatening complications. Retropharyngeal emphysema or pneumomediastinum, in the absence of severe trauma to the visceral organs, is rare following facial fractures. We report a case of extensive subcutaneous emphysema extending to the retropharyngeal space and mediastinum following an orbitozygomatic fracture.     

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.     

Pneumothorax bilatéral,pneumomédiastin et emphysème sous-cutané cervico-facial après une trachéotomie chirurgicale

Tracheotomy is a surgical procedure for various indications, such as ventilator dependence and airway obstruction. Reported rates in the literature of complications of tracheostomy vary widely. We report an unusual presentation of serious complication after surgical tracheostomy. The correct timing of tracheostomy is still controversial in the literature. A 74-year-old male had emergency surgical tracheostomy under general anesthesia. At the end of the procedure, in recovery room, he developed subcutaneous emphysema of the eyes. There was no pneumothorax seen on chest X-ray. Bronchoscopic examination through the tracheostomy tube showed no evidence of damage to the posterior tracheal wall. Three hours later patient had difficulty breathing requiring sedation with respiratory assistance. X-ray of the chest at this stage showed a right pneumothorax and extensive subcutaneous emphysema of the chest wall. Pneumothorax was managed using a chest tube. Two days after, a control CT scan of the chest showed a left pneumothorax and pneumomediastinum. The pneumothorax was managed using a chest tube. Bronchoscopic examination showed no obvious lesion in the tracheobronchial tree. The patient was treated successfully with supportive care and large doses of antibiotic to prevent mediastinitis. Seven days later, recovery was rapid and complete and CT scan of the chest was completely normal. The patient was discharged from the hospital on the 13th postoperative day. This case illustrates that complications occurring after surgical tracheostomy could be dramatic. Management of tracheotomy is important to prevent complications. There is still debate on optimal timing of tracheotomy. The last three trials have shown no interest to perform an early tracheotomy, neither in terms of vital prognosis nor in terms of the duration of mechanical ventilation.     

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.     

Case Report: Bowel Perforation Presenting as Subcutaneous Emphysema of the Thigh

Necrotizing fasciitis is recognized as a surgical emergency. Early detection and aggressive surgical débridement are crucial to reduce patient mortality and morbidity. There are, however, other causes of subcutaneous emphysema. We present the case of a 64 year-old patient with a history of postsurgical radiation for rectal carcinoma with subcutaneous emphysema of the thigh in the presence of urinary sepsis. Surgical exploration revealed the source of the emphysema to be an enterocutaneous fistula. The patient had an unstable and prolonged hospitalization after débridements of the thigh and abdominal surgery and was readmitted for recurrence of thigh drainage, but eventually was discharged; nine months after the initial diagnosis all wounds had healed and he was walking with a walker. Despite an otherwise benign clinical appearance, the radiographic finding of subcutaneous emphysema in the absence of penetrating trauma must be considered a case of a necrotizing soft tissue infection until proven otherwise.