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We report two cases of unusual presentation of rib exostosis. The first patient presented acutely with hemorrhagic shock due to massive hemothorax, and the second patient presented with repetitive chest infection complicated by empyema. In both patients, preoperative computed tomographic (CT) scan of the chest revealed rib exostoses, necessitating thoracotomy and rib resection.
Congenital pericardial defect is a rare and little-known anomaly. Here we describe the unique clinical presentation of a 64-year-old man with partial defect of the left pericardium associated with ruptured acute type A aortic dissection manifesting massive left hemothorax. In this patient, the pericardial defect played the role of a pericardial draining window, which incidentally prevented the heart from cardiac tamponade. Emergent surgery was successfully performed with a prosthetic graft replacement.
The clinical and pathological features of experimental aerobic-anaerobic thoracic empyema in the Duncan-Harley guinea pig are described. Thoracic empyema development and early death (less than 14 days after bacterial inoculation) were noted after various concentrations and species were inoculated into the pleural space with a piece of umbilical tape, which was used as a cofactor. The effect of concomitant hemothorax was also tested. Gram-negative infection was found to have a more virulent course than Gram-positive infection in the thoracic cavity. Moreover, these findings support the thesis that intrathoracic inoculation of anaerobic bacteria, even in combination with other anaerobic species, fails to produce clinical empyemas. However, anaerobic bacteria appear to enhance synergistically the virulence of sublethal and subempyema-forming concentrations of aerobic bacteria such as Staphylococcus aureus and Escherichia coli.
Trauma to the thorax represents a significant portion of injuries seen in an inner-city emergency room. Although most of these patients may be successfully managed without thoracotomy, a certain percentage require operative intervention either immediately or within several hours. The records of more than 380 patients with major chest trauma seen in recent years have been reviewed. Three hundred twenty-one of these patients (84%) required only good supportive measures such as correction of hypovolemia, temporary ventilatory support, tube thoracostomy, and careful observation. Forty-four additional patients (12%) required immediate operation following preliminary resuscitative treatment. Indications included hemorrhage, cardiac tamponade, injury to a great vessel, and rupture of the diaphragm. There were 10 deaths in this group. In 15 other individuals (4%) delayed operation was undertaken following careful reappraisal of initial injuries by continued examination, monitoring of vital signs, and appropriate roentgenographic and laboratory studies. Indications for delayed operation included continued or recurrent bleeding, widening of the mediastinum, hemoptysis, and recurrent hemothorax. There was only 1 death in this group. Thus, although it may be clear which patients require immediate operation, only careful and continuous monitoring can identify those who initially appear to be in stable condition but eventually will require exploration.
BACKGROUND: Retained hemothorax and infected thoracic collections after trauma can be seen in up to 20% of patients initially treated with tube thoracostomy and have traditionally been treated nonoperatively, often with prolonged hospital stays. METHODS: Twenty-five patients with retained thoracic collections were reviewed. They underwent 26 thoracoscopies to evacuate undrained blood with or without infection. RESULTS: In 19 patients (76%), the collections were evacuated thoracoscopically. In 4 patients the procedure was converted to an open thoracotomy, and 2 patients required additional procedures to drain these collections. Failure of thoracoscopy correlated with the time between injury and operation and the type of collection, but not with the mechanism of injury. When thoracoscopy was performed in less than 7 days after admission, no cases of empyema were noted at operation. CONCLUSIONS: Videothoracoscopy is an accurate, safe, and reliable operative therapy to evacuate retained thoracic collections. In 90% of the patients in whom the procedure was completed, good results were obtained, reducing hospital stay and possible complications. Videothoracoscopy should be the initial treatment in trauma patients with retained thoracic collections and should be used earlier and more frequently in these patients.
A case of traumatic right lung herniation to an area of anterior costal sternal separation and right hemothorax is presented. Application of a thoracoscopic approach to a traumatic lung hernia of the chest wall in this case is discussed.
BACKGROUND: Advantages and complications have been reported from the use of chest tubes (CT). To reduce the incidence of complications we have employed a selective use of CT in thoracotomy for congenital cardiovascular procedure; ie, in absence of air leaks and fluid to be drained, no CT was inserted. METHODS: The lung was reexpanded and air evacuated during the chest closure. Early and 6 hours chest roentgenograms were performed on every patient. This study retrospectively reviews the results of this selective approach in 546 patients operated on between 1980 and 1998 mainly for patent ductus arteriosum ligation, pulmonary artery band, aortic coarctation, Blalock-Taussig shunt. Four hundred and eighteen patients did not receive a CT at the initial surgery (group I), and 128 patients received a CT either before or at surgery (group II). RESULTS: 40 patients in group I developed an air or fluid collection large enough to require a CT. Only one patient had complication, from an undetected hemothorax. Nine patients in group II required another CT, and one patient developed a pneumothorax upon pulling out the CT. No death in either group was related to the use or lack of use of the CT. A total of 378 CTs and collecting chambers were saved. CONCLUSIONS: A selective approach to the use of CT in thoracotomies for cardiovascular procedures can be employed with minimal complications, more comfort for the patient, and cost savings.
PURPOSE: The aim of this study was to determine in a pediatric population whether a routine chest x-ray after central venous access is necessary when the central venous catheter is placed with intraoperative fluoroscopy. METHODS: This was a retrospective review of the charts of all patients at Children's Hospital in Denver, Colorado who underwent subclavian or internal jugular central venous catheter placement from January 1, 1998 through December 31, 2001. Age, sex, primary reason for access, access site, number of venipuncture attempts, type of catheter, intraoperative fluoroscopy results, chest x-ray results, location of the tip of the catheter, and complications were analyzed. RESULTS: There were 1,039 central venous catheters placed in 824 patients, 92.6% in the subclavian vein and 7.4% in the internal jugular vein. There were 604 (58.1%) children who had both fluoroscopy and a postprocedure chest x-ray, there were 308 (29.6%) who had only fluoroscopy, there were 117 (11.3%) who had only a postprocedure chest x-ray, and there were 10 (1.0%) who had neither fluoroscopy nor chest x-ray. On completion of the procedure, there were 12 (1.1%) children with misplaced central venous catheters, only 1 (0.1%) when intraoperative fluoroscopy was used. There were 17 (1.6%) complications; 9 (0.9%) were pulmonary (pneumothorax, hemothorax, or an effusion). All children with pulmonary complications experienced clinical signs and symptoms suggestive of the complication after their central venous catheter insertion but before their postprocedure chest x-ray. CONCLUSIONS: The number of complications encountered in children who had central venous access of the subclavian vein or internal jugular central vein with intraoperative fluoroscopy was infrequent, the number of misplaced catheters was minimized with intraoperative fluoroscopy, and all children with pulmonary complications showed clinical signs suggestive of pulmonary complications before postoperative chest x-ray. Therefore, children who have had central venous access of the subclavian and internal jugular vein with intraoperative fluoroscopy do not appear to require a routine chest x-ray after catheter placement unless clinical suspicion of a complication exists.
Decortication was performed in 32 persons with penetrating war injuries to the chest. The indications were acute and chronic post-traumatic empyema, incompletely evacuated hemothorax, chylothorax, and chronic pneumothorax. Decortications were done through a thoracotomy in 29 cases and by thoracoscopy in three cases. Results of overall lung function tests and blood gas analyses were studied in all patients before operation, after immediate postoperative recovery, and 6 months after operation. Significant improvement in lung function was observed after decortication in all patients, particularly after thoracoscopic decortication. Restrictive pattern decreased moderately (p < 0.01). Blood gas analyses did not show significant changes after operation. There were no intraoperative or postoperative deaths.
BACKGROUND: Most congenital pulmonary arteriovenous malformations are associated with hereditary hemorrhagic telangiectasia. During pregnancy, pulmonary hemorrhage can occur, compromising maternal and fetal health. CASES: We studied three pregnancies in two women with hemorrhagic telangiectasia complicated by pulmonary arteriovenous malformations. A 28-year-old primigravida's fetus died at 25 weeks' gestation, and she had embolotherapy with coil springs, which corrected the hypoxemic state. In a subsequent pregnancy she delivered a healthy 2315-g infant at 38 weeks' gestation. A 19-year-old primigravida had spontaneous hemothorax at 26 weeks' gestation with severe hypoxemia and a growth-restricted fetus without umbilical artery diastolic flow. Pulmonary arteriovenous malformation was diagnosed by computed tomography of the maternal lung. She had continued pulmonary bleeding, so emergency lung lobectomy was done. Maternal hypoxemia and umbilical diastolic flow improved, and she had term delivery of a healthy 2250-g infant. CONCLUSION: Antenatal diagnosis and treatment of women with hereditary hemorrhagic telangectasia and pulmonary arteriovenous malformations might prevent potentially life-threatening fetomaternal complications.
VATS has a diagnostic and therapeutic role in the treatment of patients with chest trauma, but the basic rule of safety over technology must be applied. It is an effective means for managing diaphragmatic injuries, hemothorax, empyemas, and persistent air leaks in selected hemodynamically stable patients. An overview of reported series (Table 1) demonstrates that VATS can be used successfully in the evaluation of patients with blunt and penetrating trauma. In appropriately selected cases, thoracoscopy can prove to be useful, with conversion to thoracotomy in only 10% of patients. Additional studies must be performed to determine any cost benefit compared with conventional therapy.
Complex thoracic injuries are a leading cause of death in trauma patients. Four difficult problems of diagnosis and treatment are discussed, including (1) air leak not associated with pneumothorax, (2) management of major thoracic esophageal injuries, (3) penetrating trauma, and (4) retained hemothorax and empyema.
Respiratory care of patients undergoing open heart surgery should begin in the preoperative period. Patients must stop smoking, and if obese they are encouraged to lose weight. Pulmonary infection is treated and secretions must be eliminated. Postoperative hypoxemia, which is an expected event following anesthesia and surgery, is aggravated by circulatory instability and pulmonary complications. Following open heart surgery pulmonary complications such as atelectasis, congestion, edema, postperfusion lung, pneumothorax, pleural effusion, and hemothorax are common. Respiratory care should be planned to avoid these complications and to treat them promptly should they occur. Routinely every patient is mechanically ventilated for at least 12 to 18 hours following surgery. The type of ventilator used and its parameters are adjusted according to the clinical condition of the patient to maintain adequate oxygenation and to prevent any respiratory acidosis. When indicated, PEEP is applied to improve arterial oxygenation. Respiratory care is extended for at least 5 days after termination of artificial ventilation. Oxygen therapy is given with either a nasal catheter or a mask, according to the patient's need. IPPB and physiotherapy are continued until the patient shows no signs of pulmonary infection and is capable of effectively eliminating secretions. This routine management and extended postoperative respiratory care definitely contribute to the successful outcome of open heart surgery.
In general, appropriate use of tube thoracostomy results in complete drainage of the collected air and fluid in the pleural space and allows full expansion and occupation of the entire pleural space by the lung, thus protecting the lung and pleural space from subsequent complications. In addition, the drainage of the pleural space with a tube thoracostomy allows more accurate monitoring of the rate of accumulation of air and blood in the pleural space. Thus, it provides valuable information for the subsequent management of some patients, such as those with traumatic hemothorax.
There are four factors that govern fluid movement to or from the pleural space: hydrostatic pressure, colloid osmotic pressure, filtration coefficient, and lymphatic function. When any of these factors are altered, fluid accumulates within the pleural space. Congestive heart failure, pancreatitis, neoplasia, hypoalbuminemia, and pulmonary thromboembolism can evoke pleural effusions by altering normal fluid transport mechanisms. This approach to pleural effusion helps to explain fluid accumulation. Chylothorax, hemothorax, and empyema are also covered in the article.
Forty patients were admitted to a hospital emergency department after closed chest injury. Chest X-rays, a-p and lateral, with low and high voltage, were performed in a supine position. The aim of the study was to show the interest of lateral films in the diagnosis of post-traumatic pneumo- and hemothoraces. A special technique, using a double-drawer plate holder, gave a good quality radiograph in emergency conditions without danger for patients with severe trauma. In 30 of the patients, chest radiographs confirmed pleural gas or blood collection. In ten of these, the diagnosis could only be made after radiographic examination. In nine other cases, radiographs showed an absence of hemo- or pneumothorax. Lateral views were very important in confirming a hemothorax and appreciating its volume, as well as in showing up partial pneumothoraces which could not be seen on a-p views. The interest of performing a lateral film in all the cases of chest injury is pointed out.
We report a case of an 18-year-old female who developed an extensive hemothorax after blunt chest trauma. Transesophageal echocardiography (TEE) showed transsection of the aorta at the level of the isthmus and turbulent flows in several places around the aorta. We discuss the contribution of TEE for detecting traumatic injuries to the thoracic aorta.
A rare case of arteriovenous fistula of the right mammary artery following penetrating chest wound is reported. The patient was treated one week later because of right-sided hemothorax associated with diastolic machinary murmur. Selective digital subtraction angiography showed a fistulous communication connecting the right internal mammary vessels. The fistula was cured through a right anterolateral thoracotomy. The surgical literature is reviewed.