• Journal of Chest Surgery
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• v.29 no.6
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• pp.669-671
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• 1996

The dilated haustra of colon after esophagocolostomy was a rare complications, but it may be extremely dangerous because of the potential for perforation of the thin- walled esophageal substitute. Therefore a prompt surgical correction of the lesion should be done. The conventional surgical exploration and resection of the lesion site was very difficult. The use of the ends GIA to eliminate the dilated haustra of colon was simple and safe method and the postoperative results were good. We report a case of experience and methods.

• Journal of Chest Surgery
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• v.27 no.5
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• pp.418-421
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• 1994

The usage of autosuture instruments and techniques in resection of bronchovascular structures gained increasing acceptance amongst surgeons in the recent years. The manipulation of these devices are simple, safe, and shortens operating time by avoiding numerous ties and sutures. We have been using autosuture instruments in most of pulmonary resections in Yongdong Severance hospital, and had a satisfactory results. However, we recently have experienced post-pneumonectomy rupture of left pulmonary vein on postoperative one day where the rupture site was in the border of left atrium and left pulmonary vein where the stapler was fired. The patient underwent emergency operation to control massive bleeding and successfully managed by left atrial suture.

• Journal of Chest Surgery
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• v.34 no.11
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• pp.843-847
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• 2001

Background: Replacement of the esophagus remains a challenge for surgeons involved in esophageal disease. From 1996 to 1999, a total of 27 patients with esophageal cancer underwent free jejunal transfer(12cases) or esophagogastrostomy(15cases). To determine the results such as leakage of anastomosis site, stenosis, reflux esophagitis and operation time, respiratory complications, etc. we reviewed the 4 years experiences. Material and method: Palliative bypass surgery or esophageal prosthesis and cancers of the pharyngoesophageal or esophagogastric junction were excluded in this study. Resection was usually peformed through right thoracotomy and anastomosis was made with EEA staplers in esophagogas-trstomy. In cases of jejunal free transfer, 6cases of proximal esophagojejunostomy were stapled anastomosed and remaining 6 cases and all distal site were hand-sewn anastomosed. All reconstruction was done through posteromediastinal route. Result: There were two mortalities from thoracic esophagogastrostomy and one from jeunal free transfer. Major and minor complications(anastomosis site leakage: 3 cases, graft failure: 2cases etc) occurred in 27 cases. In 15 thoracic esophagogastrostomy cases, 11 patients had mild to moderate reflux esophagitis and 5 patients incurred stricture of the anastomosis. Operation time was about 550$\pm$280 minutes in jejunal free transfer, and about 300$\pm$ 160 minutes in esophagogastromy patients. Conclusion: Post operative reflux esophagitis and dysphagia were more frequent in Ivor-Lewis operation group than jejunal free transfer group; however, respiratory complications and operation time were significantly longer in jejunal (roe transfer group(p<0.05). To minimize the incidence of postoperative reflux esophagitis and dysphagia, patient evaluation focused on jejunal free transfer surgery is better than esophagogastrostomy followed by adequate post operative care.

• Journal of Chest Surgery
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• v.32 no.1
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• pp.43-48
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• 1999

Background: Although treatment of spontaneous pneumothorax by video-assisted thoracic surgery(VATS) has generally shown better clinical results than conventional thoracotomy, treatment of spontaneous pneumothorax by midaxillary thoracotomy(MAXT) has also shown good clinical results. The author studied to compare the clinical results of MAXT group I and VATS group II. Material and Method : Group I included 30 midaxillary thoracotomy among 83 operative cases of spontaneous pneumothorax from Jan. 1992 to Dec. 1993. Group II included 30 VATS among 101 operative cases of pneumothorax from Jan. 1994 to Aug. 1995. The author selected the 30 patients, age 18 to 25 years, with recurrent spontaneous pneumothorax in each group. The author analyzed the operative indication, gender, operating time, amounts of the used staplers, tube drainage, total amounts of analgesics used during postoperative 24hr, tube stay time, postoperative complications and mortality. Result: The follow-up periods of both procedures were from 6 to 43 months. The operating time from start of skin incision to end of skin closure was 84.79${\pm}$21.70(from 40 to 150) minutes in MAXT group I and 108.8${\pm}$42.02(from 58 to 120) minutes in VATS group II(P<0.001). The numbers of the used staples useo was 1.31${\pm}$0.6(from 0 to 3) in group I and 3.41${\pm}$2.37(from 0 to 11) in group II. The amounts of postoperative 24hour tube drainage were 220.76${\pm}$106.73(from 65 to 400) ml in group I and 260.63${\pm}$233.18(from 70 to 320) in group II(P>0.05). The amounts of postoperative 24 hourly used analgesics(Tarasyn ) was 1.38${\pm}$1.32(from 0 to 5) amples in group I and 0.72${\pm}$1.02(from 0 to 4) amples in group II (P<0.05). The postoperative tube stay is 5.45${\pm}$30.9 (from 3 to 7) days in group I and 4.75${\pm}$3.1(9 from 2 to 14) days in group II(P>0.05). The number of complications after operations was 2 cases of prolonged air leakage in group I, and in group II. (P is not significant). The number of recurrence after the operation was one in group I and also one in group II(P is not significant). In conclusion, there were no statistical differences in the postoperative 24 hour chest tube drainage, days of postoperative tube stay, postoperative complications and recurrence in the analysis between group I and group II. Conclusion: The author found that group II of VATS between 18 years and 25 years of age in recurrent spontaneous pneumothorax, statistically, requires longer operative time, more number of autosuture staples and less postoperative analgesic dosage than the midaxillary thoracotomy group I.

• Journal of Chest Surgery
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• v.35 no.1
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• pp.43-47
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• 2002

Background: With the advances of video technology, thoracoscopic surgery has been applied to various areas of the thoracic surgical fields including major surgeries. Now a days,-thoracoscopic surgery is Performed as a procedure of choice for primary spontaneous pneumothorax. But the operative indication for the primary spontaneous pneumothorax has not been changed since the last few decades, although the procedure of choice was changed from open thoracotomy to thoracoscopy. Therefore, we thought new treatment strategy will be necessary for the management of primary spontaneous pneumothorax. Material and Method: Between January 1998 and December 1999, 149 primary spontaneous pneumothorax patients were admitted to the Kyungpook National University Hospital. Result: Of these patients, 177 were first attack pneumothoraces and the number of total attacks were 250. Conclusion: Analyzing the amount of pneumothorax, methods of treatment, number of recurrences, recurrence rate and hospital stay, we propose a critical pathway for establishing new treatment strategy for the management of primary spontaneous pneumothorax.

• Journal of Chest Surgery
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• v.43 no.2
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• pp.133-138
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• 2010

Background: Video assisted thoracic surgery has been widely accepted for the treatment of primary spontaneous pneumothorax. Material and Method: We retrospectively reviewed the medical records of 89 primary pneumothorax patients who had undergone thoracoscopic bleb ligation from February 2002 to June 2006, and we assessed the patients for recurrence. The mean follow-up period was 65 months. Result: Pneumothorax recurred in 7 patients (8%) during the follow-up period. Conclusion: Thoracoscpic bleb ligation might be an acceptable alternative technique for treating primary spontaneous pneumothorax.

• Journal of Chest Surgery
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• v.29 no.7
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• pp.747-752
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• 1996

Video-assisted thoracic surgery(VATS) has been widely used in the treatment of spontaneous pneumothorax in spite of the absence of definitive data regarding the relative safety and long term results of this procedure. We reviewed 34 patients (group I) who underwent )8 video-assisted surgical procedures for spontaneous pneumothorax from June 1994 to December 1995 and compared the results of these patients with the results of another 14 patients (group ll) who underwent bullectomy through axillary Oho- racotomy during the same period. Average age, sex distribution, site and extent of pneumothorax, surgical indications, and complication rate showed no differences between the two groups. In group ll patients, th number and sites of bullae tend to be multiple compared to patients in group 1. The mean number of ends-GIA used for stapling of bullae was 2. 6 per patient with the range from 2 to 4 in group 1. The mean duration of chest tube drainage was not different between the two groups ().7 days and 3.9 days), but the mean time to discharge was significantly shorter in group I (5.6 days) than in group ll (8.9 days). Mean follow-up time was 12 and 11 months in each groups and ranged from 2 to 21 months. Pneumothorax recurred after three of 38 procedures in group I (7.9 %) with no recurrence in group ll. These data suggest that video-assisted thoracic surgery is a viable alternative to thoracotomy for the treatment of spontaneous pneumothorax with low morbidity and shorter hospital stay. However, it should be applied cautiously to patients with spontaneous pneumothorax because of the relatively high incidence of recurrence compared to axillary thoracotomy.

• Journal of Chest Surgery
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• v.32 no.3
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• pp.294-298
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• 1999

Background: Video-assisted thoracoscopic surgery(VATS) has been established as a new method for treatment of spontaneous pneumothorax. We compared the clinical results of VATS with those of thoracotomy performed during the recent 5 years. Material and Method: We analyzed 126 patients whose medical records were available among the 154 patients who underwent operations for spontaneous pneumothorax from 1992 to 1996. The mean age was 27.1 years(15 to 75 years). 87 patients were operated on by VATS(Group A) and the other 39 by thoracotomy(Group B). The mean follow-up period was 14.7 months. Result: The operation time was shorter in group A than in group B(90.6${\pm}$38.6minutes: 117.2${\pm}$58.9minutes, p<0.05). The duration of postoperative hospital stay was shorter in group A than in group B(6.7${\pm}$4.2: 9.4${\pm}$3.3 days, p<0.05). The amount of analgesics(nalbuphin HCl, ketoprofen) used postoperatively were 2.4${\pm}$2.8 ampules in group A, which is less than the 6.5${\pm}$5.6 ampules in group B(p<0.05). The number of staples used in group A was smaller(2.7${\pm}$1.3 in group A, 1.76${\pm}$1.1 in group B, p<0.05). The duration of chest tube indwelling(4.3${\pm}$4.0 days in group A, and 5.6${\pm}$3.0 days in group B, NS), the recurrence rate(13.8% in group A, 2.6% in group B, NS), and the duration of air leakage(1.3${\pm}$3.3 days in group A, and 1.0${\pm}$2.5days in group B, NS) were not statistically different between the two groups. Conclusion: The application of VATS for the treatment of spontaneous pneumothorax has brought in better clinical results(shorter operation time, shorter hospital stay, less pain, and better cosmetic merits) than the thoracotomy without increasing any morbidity. However no advantages in recurrence rates and duration of postoperative air leakages are revealed.