Clinical analysis of 18 patients with blunt bronchial injuries / 重庆医学

Objective To sum up the experience on diagnosis and treatment of blunt bronchial injuries .Methods From January 2002 to December 2009 ,18 patients with blunt broncheal injuries were admitted .The definitive diagnosis was confirmed by fibro-bronchoscopy .Twelve patients suffered from main bronchial injuries and the remaining 6 patients from lobe bronchial injuries .All patients managed with surgical therapies .Emergent operation was performed in 15 patients and elective operation in 3 patients .End to end bronchial anastomosis was performed in 15 patients and primary repair in 3 patients .Results There was no death in this group .One patient after emergent primary repair developed ischic necrosis in the repair site on 3 the postoperative day and under-went resection of the necrotic tissue followed by end to end anastomsis .Thirteen patients had no complications and were able to take part in normal activities .Anastomotic stricture occurred in 5 patients and managed with granulation tissue resection and cryothera-py .Four patients were healed but one patient underwent lobectomy 6 months later as a result of recurrent stricture and severe dysp-nea .Conclusion Fibrobronchoscopy is able to define the blunt bronchial injuries immediately .Early surgery after trauma can im-prove the successful rate of treatment .

Diagnostic Methods of Traumatic Tracheobronchial Injury / 대한흉부외과학회지

BACKGROUND: The aim of this study was to identify the distinguishing clinicoradiologic findings of traumatic tracheobronchial injury. MATERIAL AND METHOD: Between January 2003 and December 2009, six patients who underwent surgical repair for traumatic tracheobronchial injury due to blunt trauma were included in this study. We evaluated the mechanism of the injury, the coexisting injuries, the time until the making diagnosis and treatment, the diagnostic methods, the anatomic location of the injury and the surgical outcomes. RESULT: The mechanisms of injury were traffic accident and crushing forces. The frequent symptoms were subcutaneous emphysema, dyspnea and pain, and the common radiologic findings were pneumothorax, mediastinal emphysema, rib fracture and lung contusion. Only 2 patients were diagnosed by chest CT and the others were not diagnosed preoperatively. The location of injury was the trachea in 2 patients and the bronchial tree in 4 patients. There was no postoperative mortality or anastomotic leak; however, vocal cord palsy occurred in one patient. The most distinguishing sign was persistent lung collapse even though the chest tube was connected with negative pressure. CONCLUSION: Although it was not easy to diagnose traumatic tracheobronchial injury without a clinical suspicion, the distinguishing clinical symptoms and CT findings could help to make an early diagnosis without performing bronchoscopy.

Ruptura bronquial: Manejo inicial con la colocación de un stent endobronquial / The bronchial rupture: Initial management with the placement of an endobronchial stent

La ruptura bronquial es una condición rara y grave, secundaria a un traumatismo severo del tórax. Presenta una alta morbimortalidad y la mayoría de las veces requiere resolución quirúrgica. Presentamos un caso que, no habiendo sido diagnosticado inicialmente como tal, padeció complicaciones que dilataron el tratamiento correspondiente. Se realizó la colocación de stent endobronquial y sucesivas fibrobroncoscopías de control y aspiración, además de kinesia respiratoria y drenaje postural, evolucionando favorablemente.

The bronchial rupture is a rare and serious condition, secondary to a severe thoracic trauma. It often requires surgical treatment and the case fatality is high. In the case presented here the treatment was delayed because of late diagnosis and complications. The therapeutic measures included endobronchial stenting, successive control and aspiration fiberbronchoscopies, kinetic respiratory assistance and postural drainage. The evolution was favorable.

Computed tomography in blunt chest trauma.

Objective. To assess the role of multidetector spiral CT in patients with blunt chest trauma. Methods. Forty-two patients (38 males and four females), age range from 6 to 80 years, of blunt chest trauma were evaluated with multidetector computed tomogram (MDCT) after initial radiographs and the results were tabulated. Results. The most common mode of injury was motor vehicle accidents (64%). On computed tomography (CT), major injuries were haemothorax (83.33%), consolidation (66.6%), rib fractures (61.90%), pneumothorax (54.76%), diaphragmatic injury (30.95%), lung contusions (28.57%), spinal injury (16.66%), lacerations (9.52%), tracheo-bronchial injury (4.76%), mediastinal haematoma (4.76%), thoracic-aortic injury (4.76%) and oesophageal injury (2.38%). Operative intervention was performed in 11 (26.19%) patients. Of these, diaphragmatic rent repair was done in seven patients (63.63%), exploratory laparotomy alone was done in two (18.18%) and resection and anastomosis and polytetrafluoroethylene graft in one patient each. Three patients each with chest wall injury, thoracic vascular injury and diaphragmatic injury died; while only one patient with lung injury died. Conclusion. Multidetector computed tomogram is the modality of choice for rapid assessment of emergency chest trauma patients.

Laceration of Left Main Bronchus and Azygos Vein Following Stab Wound: 1 case report / 대한흉부외과학회지

Tracheobronchial injuries are uncommon. Except for the cervical region, most tracheobronchial injuries are due to blunt chest trauma in Korea. The depth of the tracheobronchial trees renders these structures relatively safe from stab wound. We experienced a case of left main bronchial laceration with azygos vein tear following stab wound in the back of right chest firstly in Korea. The patient was a 24 years old male. A routine chest radiography showed a knife in chest at emergency room. We didn't remove the knife at emergency room. This patient was carried to operation room in 30 minutes after arrival of our hospital without computed tomography and bronchoscopy. The operation was performed through standard right posterolateral thoracotomy and then the knife was removed. The left main bronchus and azyos vein were lacerated obliquely. The penetrated azygos vein was ligated and the laceration of the left main bronchus was repaired. Postoperative course was uneventful.