ABSTRACT
BACKGROUND: From January 1989 to December 1996, we analyzed 22 cases of ventricular septal defect associated(VSD) with aortic valvular prolapse. MATERIAL AND METHOD: The mean age of the patients was 7 years with a range of 6 months to 22 years . Thirteen patients were male and 9 were female. The types of VSD were Kirklin type I in 13 , Kirklin type II in 8 and Kirklin type I+II in one. RESULT: The preoperative echocardiographic findings were aortic valvular prolapse in 10 patients, aortic valvular prolapse associated with aortic regurgitation in 6, and only aortic regurgitation in 2. Aortic valvular prolapse were found in operation field in 4 that was not be in preoperative echcardiography. Preoperative mean Qp/Qs, systolic PAP, systolic RVP were 1.48+/-0.42, 27.9+/-9.87, 32.9+/-10.87 mmHg, respectively. Twenty patients underwent patch closure of VSD, and two patients with moderate aortic regurgitation and prolapsed of the aortic valve underwent patch closure of VSD and aortic valvuloplasty. Short and long term echocardiographic follow-up in 8 patients who had preoperative aortic regurgitation were found to have improved or not aggravated by performing VSD patch closure only and patch closure with valvuloplasty in 2. Twelve patients who had only preoperative aortic valvular prolapse had no change in prolapsed valve in postoperative echocardiography. CONCLUSION: Early closure of VSD with patch is necessary in VSD with aortic valvular prolapse even in associated with mild regurgitation. But in moderate regurgitation, VSD closure with valvuloplasty is recommended.
Subject(s)
Female , Humans , Male , Aortic Valve , Aortic Valve Insufficiency , Echocardiography , Follow-Up Studies , Heart Septal Defects, Ventricular , ProlapseABSTRACT
Central venous catheterization through subclavian vein has been used for central venous pressure monitoring, hyperalimentation, and fluid therapy. Its complications are air embolism, infection, vascular injury, pneumothorax, hemothorax and thrombosis that is the most serious complication. At the department of Thoracic and Cardiovascular surgery Chonbuk University Hospital, authors experienced superior vena cava syndrome due to thrombosis of the superior vena cava, internal jugular (left), subclavian(left), and innominate vein. Patients was a 21 years old female who had central venous catheterization through subclavian vein for hyperalimentation and fluid therapy because of enterocutaneous fistula. Thrombectomy on superior vena cava was performed, and pre and postoperative anticoagulation therapy was given. Symptoms were relieved after operation. From the venography, performed 6 weeks after the operation, restenosis was seen at the thrombectomy site of the superior vena cava. S anticoagulant and conservative treatment were done that symptoms relieved by the development of collateral venous channel.
Subject(s)
Female , Humans , Young Adult , Brachiocephalic Veins , Catheterization, Central Venous , Central Venous Catheters , Central Venous Pressure , Embolism, Air , Fluid Therapy , Hemothorax , Intestinal Fistula , Phlebography , Pneumothorax , Subclavian Vein , Superior Vena Cava Syndrome , Thrombectomy , Thrombosis , Vascular System Injuries , Vena Cava, SuperiorABSTRACT
Effusive-constrictive pericarditis is a very rare disease in infants but has high motality rates when not treated. There were some reports of pericardial constriction associated with intrapericardial abscess that led to pericardiectomy. The patient was admitted due to fever, cyanosis, and abdominal distension. We treated the patient with antibiotics and pericardiostomy but the symtoms did not improved, therefore, pericardiectomy was perfomed immediately. The patient with effusive-constrictive pericarditis was immediately relief on the symptoms and the treatment was successful.
Subject(s)
Humans , Infant , Abscess , Anti-Bacterial Agents , Constriction , Cyanosis , Fever , Pericardial Window Techniques , Pericardiectomy , Pericarditis , Pericarditis, Constrictive , Pericardium , Rare DiseasesABSTRACT
BACKGROUND: Multi-loculated empyema makes treatment difficult, and more so when thoracentesis or chest tube drainage fails. MATERIALS AND METHODS: From December 1991 to December 1997, we performed closed rib resectional drainage for 18 cases of loculated empyema on the fibrinopurulent or early chronic phase. RESULTS: Surgery was performed on patients with loculated empyema complaining of persistent symptoms due to failure of treatment by thoracentesis (8 cases) or chest tube drainage (10 cases). Predisposing factors of empyema were pneumonia in 13 cases, clotted hemothorax in 3 cases, cholecystectomy, and tuberculous pleurisy in 1 case. Causal organisms were cultured in 8 cases (42.1%), and methicillin-resistant staphylococcus aureus was found in 3 cases, pseudomonas aeruginosa in 2 cases, and enterococcus aerogens, alpha-hemolytic streptococcus, and acinetobacter baumannii were found in 1 case. Size of loculations was various, and computed chest tomogram showed multiple loculations of empyema numbering 1~4 (mean 1.78+/-1.00). Operating time was relatively short, about 55~140 mins (mean 102.8+/-30.8). All toxic symptoms including fever disappeared postopratively and general conditions improved very quickly in all patients. Length of chest tube indwelling time and hospital stay after surgery were 3~42 days (mean 11.4+/-11.5) and 6~36 days (mean 12.9+/-8.1), respectively. Complications of prolonged drainage occurred in 2 cases and no death occurred. There were no recurrences and chest x-rays taken 3~6 months after surgery showed normal findings in 14 cases and slight pleural thickening in 4 cases. CONCLUSIONS: Closed rib resectional drainage requires very simple techniques and has excellent outcomes and little complications, therefore, we think that it is the choice of operation for patients with loculated empyema on the fibrinopurulent or early chronic phase.