Gastrocelic fistula of malignant origin is a rare complication, usually due to gastric or colon cancer. Possible other etiologic factors resulting in gastrocolic fistula are peptic ulcer, trauma, carcinoid tumor, intestinal tuberculosis, Crohn's disease, lymphoma, intraabdominal abscess, diverticulitis and etc. At the present, earlier diagnosis and treatment of gastric and colon cancer may explain the low frequency of malignant gastrocolic fistula than the past but the review of Korean literatures revealed only two reports of gastrocolic fistula secondary to gastric cancer and another from benign gastric ulcer. Yet, there has been no report of fistula due to colon cancer. We experienced a case of colon cancer with postural dizziness, fecal eructation who was diagnosed as gastrocolic fistula by endoscopy, barium enema, UGI series and finally underwent operation. Therefore, we report this case with the review of literatures.
Abscess ; Barium ; Carcinoid Tumor ; Colon* ; Colonic Neoplasms* ; Crohn Disease ; Diagnosis ; Diverticulitis ; Dizziness ; Endoscopy ; Enema ; Eructation ; Fistula* ; Lymphoma ; Peptic Ulcer ; Stomach Neoplasms ; Stomach Ulcer ; Tuberculosis

BACKGROUND: There is no effective treatment modality for caustic agent ingestion. Dilution and neutralization are prohibited because of the risk of secondary thermal injury. This experiment is designed to evaluate the amount of dilution and neutralization heat and to gauge the applicability of dilution and neutralization therapy using cold solutions to suppress the peak temperature. METHODS: This is an in-vitro chemical experiment. HCl, CH3COOH, NaOH, and NH4OH are selected as representatives of strong and weak acids and strong and weak alkali, respectively. 20degrees C, 11.6M, 5.8M, and 2.9M solutions of each acid and alkali are made and mixed using a magnetic stirrer at a room air temperature of 28degrees C. The peak temperature, the duration above 40degrees C, and the heat amount are measured or calculated. RESULTS: When a 11.6M HCl or NaOH solution is diluted with same amount of water, 32 or 18cal. per mL of HCl or NaOH is produced, respectively. HCl produces a significant peak temperature, but NaOH does not. The lower the concentration, the lower the amount of heat production. 11.6M CH3COOH and NH4OH solutions don't produce dilution heat. 11.6M and 5.8M solutions of all acids and alkali produce destructive neutralization heat. However, 2.9M solutions produce neutralization heat which might be controllable. When a 11.6M HCl or NaOH solution is neutralized with a -10degrees C 2.9 M NaOH or HCl solution, respectively, the peak temperature produced is below 40degrees C and seems to add little thermal damage to viable tissue. CONCLUSION: Dilution and neutralization with a cold solution in cases of strong acid or alkali ingestion is a promising method to avoid thermal injury.
Alkalies* ; Eating* ; Hot Temperature ; Thermogenesis ; Water

Tuberculomas of the lung are rare in children and one of the more common lesions presenting a solitary pulmonary nodule roetgenorgraphically. We are reporting of a 3-year-old child with a tuberculoma in left upper lobe. The patient was initially diagnosed as the benign mediastinal tumor but in the end as tuberculoma in left uper lobe. Wedge resection including the mass was done. The tumor had brown smooth external surfaces on sectioning including the mass was done. The tumor had brown smooth external surfaces on sectioning show pale gray and soft cut surface was shown. In light electromicroscopy chronic granulomas with multinucleated giant cells and central caseous necrosis were observed which are the characteristics of tuberculoma. The postopeative course was smooth and uneventful and patient has been well for 4 months postoperatively.
Child* ; Child, Preschool* ; Giant Cells ; Granuloma ; Humans ; Lung ; Necrosis ; Solitary Pulmonary Nodule ; Tuberculoma*

BACKGROUND AND OBJECTIVES: The purposes of this study are 1) to investigate the relationship between resting baseline Pd/Pa, determined by the ratio of the pressures proximal (Pa) and distal (Pd) to the target lesion before, inducing hyperemia and fractional flow reserve (FFR) and 2) to identify a resting baseline Pd/Pa range that might reliably preclude the need for hyperemic induction. SUBJECTS AND METHODS: A total of 622 pressure wire data sets obtained from intermediate stenotic lesions were analyzed. RESULTS: There was a good linear relationship between resting baseline Pd/Pa and FFR (r=0.746, p<0.001). Receiver-operating characteristic curves of the resting baseline Pd/Pa with FFR < or =0.80 as the reference variable showed an area under the curve of 0.89 (95% confidence intervals 0.863-0.914, p<0.001) with a diagnostic accuracy of 82.3% when the resting baseline Pd/Pa was < or =0.92. These results showed that certain cutoff values can reliably predict FFR, whether positive or negative. The resting baseline Pd/Pa >0.95 (n=257, 41.3%) had a negative predictive value (NPV) of 98.1% and a sensitivity of 97.3%. the resting baseline Pd/Pa < or =0.88 (n=65, 10.5%) had a positive predictive value (PPV) of 96.2% and a specificity of 99.8%. These were consistent regardless of coronary vessel, lesion location, lesion length, or degree of stenosis. CONCLUSION: In intermediate lesions, the resting baseline Pd/Pa was linearly related to FFR. A certain range of the resting baseline Pd/Pa values had an excellent NPV with high sensitivity or excellent PPV with high specificity for determining the lesion significance.
Coronary Vessels ; Fractional Flow Reserve, Myocardial ; Glycosaminoglycans ; Hyperemia ; Sensitivity and Specificity