1.The CT findings and clinical course of intraperitoneal tuberculous abscess.
Korean Journal of Medicine 2008;74(3):233-234
Paradoxical response during antituberculosis treatment occurs frequently in non-HIV-infected patients as well as in HIV-infected patients, and intraperitoneal tuberculous abscess can develop as paradoxical response in tuberculous peritonitis patients rarely. The unique CT findings are not present and microbiologic or pathologic confirm is needed for diagnosis of intraperitoneal tuberculous abscess. Further study is needed to define steroid use or operation indication of intraperitoneal tuberculosis abscess.
Abscess
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Humans
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Peritonitis, Tuberculous
;
Tuberculosis
2.Treatment of Tuberculous Empyema by Intrathoracic Transposition of a Latissimus Dorsi Muscle Flap.
Byeong Jun KIM ; In Pyo HONG ; Chan Min CHUNG ; Woo Sik KIM
Archives of Plastic Surgery 2016;43(1):117-119
No abstract available.
Empyema, Tuberculous*
;
Superficial Back Muscles*
3.Study the difference of clinical and laparoscopic features between peritoneal tuberculosis and peritoneal malignancy
Ngoc Thi Thanh Vu ; Oanh Thi Kim Dang
Journal of Medical Research 2007;53(5):38-41
Background: Peritoneal tuberculosis (PT) and peritoneal malignancy (PM) are the most frequent causes of exsudate ascitic fluid but the different diagnosis between the former and the latter is also difficult and elusive. Objective: To study the difference of clinical and laparoscopic features between PT and PM. Subjects and method: 76 patients with PT and 50 with PM were diagnosed by laparoscopy and peritoneal biopsy. Ascitic mycobacterium tuberculosis was detected by PCR analysis. Exsudate ascites was confirmed according to criteria of Light. Results and Conclusions: Average age of PT was younger than of PM (p < 0.001). The frequency of fever, pleural effusion in the patients with PT was higher than those in PM (p < 0.001 and 0.05). The anemia and abdominal tumefaction in those of PM was more frequent than in those of PT (p < 0.05 and 0.001). High protein ascitic fluid and numerous lymphocytes in the patients with PT was frequent than in those with PM (p < 0.05). Laparoscopic features: In those patients with PT the white "miliary nodules" or adhesions between abdominal wall was more frequent than in those with PM (p < 0,05) and in patients with PM omental thickening, tumor formation was more than in those with PT.
Peritonitis
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Tuberculous/pathology
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diagnosis
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Laparoscopy
5.Ga-67 SPECT Finding in Tuberculous Pericarditis with Mediastinal Mass: A case report.
Sung Eun KIM ; In Young HYUN ; Hong Lyeol LEE ; Hyung Jin KIM ; Won Sick CHOE
Korean Journal of Nuclear Medicine 2001;35(4):280-285
No abstract available.
Pericarditis, Tuberculous*
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Tomography, Emission-Computed, Single-Photon*
6.T-cell non-Hodgkin's lymphoma originating in the wall of chronic tuberculous empyema: one case report.
Woo Chul SONG ; Jin Ho CHOI ; Chang Yul MYEONG ; Ho Seung SHIN ; Byeong Joo KIM ; Hee Chul PARK ; Ki Woo HONG ; Hea Kyeong AHN
The Korean Journal of Thoracic and Cardiovascular Surgery 1992;25(10):1102-1106
No abstract available.
Empyema, Tuberculous*
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Lymphoma, Non-Hodgkin*
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T-Lymphocytes*
7.3 cases of tuberculous peritonitis complicating long-term CAPD.
Yi Sook HWANG ; Jae Hyung AHN ; Tae Won LEE ; Chun Gyoo IHM ; Myung Jae KIM
Korean Journal of Nephrology 1991;10(2):245-249
No abstract available.
Peritoneal Dialysis, Continuous Ambulatory*
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Peritonitis, Tuberculous*
8.A Patient Presenting Purulent Discharge From Open Window Thoracostomy.
In Sook KANG ; Ji Min JUNG ; Yon Ju RYU ; Yookyung KIM ; Jin Hwa LEE ; Eun Mee CHEON ; Dong Ki NAM ; Jung Hyun CHANG
Tuberculosis and Respiratory Diseases 2004;57(1):78-81
A 73-year-old man who had undergone a right pneumonectomy and open window thoracostomy due to tuberculous empyema, presented with purulent discharge from the previous operation site. The computed tomography of the chest showed diffuse pleural thickening and a low attenuated lesion, with air bubbles in a dependent portion of the right hemithorax. These air bubbles were revealed to be due to 7 pieces of retained surgical gauze by flexible bronchoscopy. The patient showed marked clinical improvement with diminished purulent discharge after removal of the foreign bodies.
Aged
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Bronchoscopy
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Empyema, Tuberculous
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Foreign Bodies
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Humans
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Pneumonectomy
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Thoracostomy*
;
Thorax
9.A Case of Tuberculous Peritonitis Confirmed by Peritoneoscopy.
Jin CHOI ; Kyu Youp KIM ; Woo Gill LEE ; Choon Suk KEE ; Min AHN
Journal of the Korean Pediatric Society 1981;24(7):666-670
Tuberculous peritonitis is mainly transmitted via hematogenous spreading of tuberculous bacilli. But sometimes this disease is occured, as the abdominal lymph node infected by the localized tuberculous enteritis was ruptured We pressent the report and the brief review of related literatures, who experienced a case of tuberculous peritonitis confirmed by paracentiesis and peritoneoscopic examination in a 9 years old male patient who was suspected toa malignant tumor because of the recent unexplained abdominal distension.
Child
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Enteritis
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Humans
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Laparoscopy*
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Lymph Nodes
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Male
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Peritonitis, Tuberculous*
10.CT Findings of Peritoneal Tuberculosis and Peritoneal Carcinomatosis: Relationship between Peritoneal Change and Omental Infiltration.
Seong Ki JEONG ; Hae Jong JUNG ; Sung Hag KANG ; Sung Ran SHIN ; Kil Jun LEE ; Min Jin LEE ; Sang Chun LEE
Journal of the Korean Radiological Society 1997;36(1):101-107
PURPOSE: To compare the CT findings of peritoneal tuberculosis (PT) and peritoneal carcinomatosis (PC) based on the morphologic features of the peritoneum and assess the relationship between the degree of peritoneal thickness and the severity of omental infiltration in PT and PC. MATERIALS AND METHODS: We retrospectively reviewed the CT findings of 15 patients with PT and 14 with PC. We checked the morphologic changes of the peritoneum as seen on CT, for the following points: 1) the presence of peritoneal change: 2) the pattern of any change-diffuse thickening, plaque or nodularity, combined thickening (diffuse and plaque, or nodularity); 3) the degree of thickness on the whole peritoneum - mild (grossly definite, but not more than 3 mm), moderate (more than 3mm); 4) the presence of irregularity on the peritoneal surface. We also evaluated the significance of the relationship between peritoneal thickness and omental infiltration in both disease entities. The degree of omental infiltration was described as follows : grade I (no change or focal smudge pattern); grade II ( diffuse smudge), grade III (omental cake regardless extent). RESULTS: Peritoneal change was seen in 12 of 15 PT patients and in 7 of 14 PC patients. In all 12 PT patients, the pattern of change was diffuse thickening, and among the seven PC patients, there was diffuse thickening in one, plaque or nodular thickening in four, and combined thickening in two. In PT patients, the degree of thickness on the whole peritoneum was mild in six and moderate in six, and in PC patients it was mild in two and moderate in one. An irregular peritoneum surface was seen in one patient with PT and in two with PC. The degree of omental infiltration in PT was grade I in four patients, grade II in six andgrade III in five. In PC, it was grade I in six patients, grade II in two and grade III in six. Smooth diffuse thickening of the peritoneum was seen in 11 of 15 PT cases and in one of 14 PC (P<0.01). Accompanying plaque or nodularity was seen only in PC, in six of 14 patients (P<0.001). The relationship between the degree of peritoneal thickness and severity of omental infiltration was significantly proportional in PT (r=0.900, P<0.001), but not in PC (r=0.068, P>0.5). CONCLUSION: In PT and PC different CT findings based on peritoneal morphologic changes might be useful in differentiating these two entities. In addition, careful observation of relationship between the peritoneal change and the severity of omental infiltration is necessary.
Carcinoma*
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Humans
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Peritoneum
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Peritonitis, Tuberculous*
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Retrospective Studies
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Tuberculosis