1.To test the renal colic due to ureteric stone by 2D-ultrasound
Journal of Practical Medicine 2004;490(10):39-41
96 patients with 65 males and 24 femals aged from 19-65 years old with colic symptoms at lumbar- abdomen area. Among them 86 cases were urine calculus, 7 cases other conditions diagnosed by bidimension ultrasound a simple technique for diagnosis of most of simple kidney colics. Ultrasound should be used in acute lumbar- abdomen colic, with low sensitivity, this technique showed be associated with X Ray. Measuring the anterior and posterior pyelic diameters in comparing with the healthy kidney for detecting their contraction and dilatation. In case of proof lacking the combination with X Ray will be necessary to determine the function and morphology of ureteral system.
Urinary Calculi
;
Diagnosis
;
Ultrasonography
2.Clinical and subclinical features and surgical treatment of urethral stone in Ha Tay hospital
Journal of Preventive Medicine 2001;11(4):7-11
41 patients with the urethral stone received opertions to treat the urethral stone in Ha Tay hospital during 1996-1998. The results have shown that simple removal of stone (28), kidney removal (7), renal drainage (3), stone missing (1) and stone removal and drainage (3). It should early detect and select the suitable treatment in order to reduce the complication of urethral stone and accident
Urethral Diseases
;
Calculi
;
diagnosis
;
therapeutics
3.Two Cases of Xanthogranulomatous Pyelonephritis.
Chong Sung KIM ; Jeong Hoon LEE ; Yong Hyun CHO ; Soo Kil LIM
Korean Journal of Urology 1986;27(4):573-576
Xanthogranulomatous pyelonephritis is an atypical form of severe chronic parenchymal infection and usually occurs in associated with urinary tract infection, obstruction and/or calculi. An accurate preoperative diagnosis is difficult because of its clinical and radiological similarities to various other renal lesions. We experienced two cases of xanthogranulomatous pyelonephritis, so we report with review of some literatures.
Calculi
;
Diagnosis
;
Pyelonephritis, Xanthogranulomatous*
;
Urinary Tract Infections
4.Some clinical features and diagnosis of the upper urinary tract calculus that included the complication of renal failure
Journal of Vietnamese Medicine 1999;232(1):125-131
From 1992 to 1997, 982 calculus in the upper urinary tract (UUT) was removed. There were 10 acute renal failure and 75 chronic renal failures. The study deserves special commentaries. Renal failure occurred in both groups patients bilateral calculi (group I) and calculus in the single kidney (group II). The members of chronic renal failure were much higher than that of acute renal failure. Renal failure in group II was 2.24 time higher than in group I. The risk was equal for both sex. In group I, the rate of renal failure increased with long history of disease and patients in very short time. Among high - risk factors for renal failure we noted: calculus in many location, bilateral Staghorn calculus multiple bilateral calculi or calculi with calculi in the single kidney, calculi urinary tract infection. Roentgenography, ultrasound, and radioisotope examinations were used as non-invasive techniques for those patients
Urinary Calculi
;
Kidney Failure
;
diagnosis
;
complications
5.Rupture of Ureter due to Ureter Stone.
Yeon Woo KIM ; Young Shin BAE ; Jae Min HUR ; Yoon Seok JUNG ; Young Gi MIN
Journal of the Korean Society of Emergency Medicine 2005;16(1):200-203
The spontaneous rupture of the ureter is a rare condition. Two cases are reported with a spontaneous rupture caused by ureteral calculi. The diagnosis was suspected by delayed post-CT KUB and confirmed by ureteroscopy. On the basis of the clinical evolution the authors discuss the diagnosis and pathogenesis of the observed ureteral rupture. Rupture of ureter must be considered as differential diagnosis of acute flank pain, especially when there is change of pain character or severity.
Diagnosis
;
Diagnosis, Differential
;
Flank Pain
;
Rupture*
;
Rupture, Spontaneous
;
Ureter*
;
Ureteral Calculi
;
Ureteroscopy
;
Urinary Calculi
6.Hemangioma with Phleboliths, Misdiagnosed as Sialoliths in Submandibular Gland.
Sang Hoon LEE ; Ki Seog LEE ; Young Up CHO ; Kyung Rae KIM
Journal of the Korean Surgical Society 2002;63(2):160-162
Hemangiomas are relatively common benign lesions in head and neck, and are easily diagnosed when they present as cutaneous lesions. However, when a vascular lesion is located within the deeper tissues without a cutaneous component, it results in a large differential diagnosis and sometimes is misdiagnosed even using modern imaging studies. In certain instances, simple radiographic studies may be helpful in diagnosis. Hemangioma in the submandibular gland is extremely rare and when it has phleboliths within it, it is easily confused with calculis in the salivary gland. Recently we experienced one such case. The 63-years-old man complained of a painful bulging mass without cutaneous lesions in the right submandibular area, which had occurred in 2 or 3 times over a 2 year periods. Plain skull films revealed two radioopaque densities in submandibular area and ultrasonography revealed similar findings. Preoperatively he was thought to have sialoliths of a submandibular gland, but it was confirmed as a hemangioma with phleboliths after the operation.
Calculi
;
Diagnosis
;
Diagnosis, Differential
;
Head
;
Hemangioma*
;
Neck
;
Salivary Gland Calculi*
;
Salivary Glands
;
Skull
;
Submandibular Gland*
;
Ultrasonography
7.The inter-relationship between the pain and urinary tract calculi.
Korean Journal of Urology 1973;14(2):93-97
The severe pain of the urogenital organ may arise not only from other various diseases, but especially from the urinary tract calculi which present the characteristic pain. We must differentiate the pain from the calculi and other diseases for the patients who department of urology. The differential diagnosis must be made under consideration of the findings of physical examination and urinalysis, but simple K.U.B. and I.V.P. have the absolute diagnostic value among the patients who complain of the characteristic pain due to the urinary tract calculi. The author have studied the relationship between the pain and urinary tract calculi and have the following result. 1) 132(67.O%) urinary tract calculi among total 197 cases who complain of the pain. 2) 37(56.9%) urinary tract calculi among 65 cases who complain of dull pain. 3) 70(72.8%) urinary tract calculi among 96 cases who complain of colicky pain. 4) 25(69.4%) urinary tract calculi among 36 cases who complain intermittent colic and dull pain.
Calculi*
;
Abdominal Pain
;
Diagnosis, Differential
;
Humans
;
Physical Examination
;
Urinalysis
;
Urinary Calculi
;
Urinary Tract*
;
Urology
8.The Effect of Terpene Combination on Ureter Calculus Expulsion After Extracorporeal Shock Wave Lithotripsy.
Dai Hee KIM ; Hyeok Jun GOH ; Ho Won LEE ; Kyu Shik KIM ; Yong Tae KIM ; Hong Sang MOON ; Seung Wook LEE ; Sung Yul PARK
Korean Journal of Urology 2014;55(1):36-40
PURPOSE: Terpene combination (Rowatinex) is known to help with the expulsion of urinary stones. The aim of this study was to determine how Rowatinex affects the expulsion of remnant stones after shock wave lithotripsy (SWL). MATERIALS AND METHODS: Clinical data were collected retrospectively from 499 patients with a diagnosis of ureteral stones who underwent SWL from January 2009 to August 2012. Ureteral stones were diagnosed in all patients by kidney, ureter, and bladder x-ray and abdominal computed tomography (CT). The progress of patients was documented every 2 weeks to confirm remnant stones after SWL. The patients with remnant stones underwent SWL again. Group 1 consisted of patients who were prescribed an analgesic, Tamsulosin 0.2 mg, and Rowatinex. Group 2 consisted of patients who were prescribed only an analgesic and Tamsulosin 0.2 mg. The expulsion rate of urinary stones was compared between groups. RESULTS: The expulsion rate of urinary stones was not significantly different between the two groups after 2 weeks. However, after 4 weeks, group 1 had a significantly higher expulsion rate (72.2% compared with 61.1%, p=0.022). Fifteen patients (10.2%) in group 1 and 40 (11.4%) in group 2 had to undergo ureteroscopic removal of the stone (p=0.756). Acute pyelonephritis occurred in one patient (0.7%) in group 1 and in one patient (0.3%) in group 2 (p=0.503). CONCLUSIONS: The long-term administration of Rowatinex for 4 weeks increased the expulsion rate of urinary stones after SWL.
Calculi*
;
Diagnosis
;
Humans
;
Kidney
;
Lithotripsy*
;
Pyelonephritis
;
Retrospective Studies
;
Shock*
;
Ureter*
;
Urinary Bladder
;
Urinary Calculi
;
Urolithiasis
9.Urinary enzyme levels after ESWL for renal stone.
Hwan Sik CHOI ; Sung Hyup CHOI
Korean Journal of Urology 1993;34(1):103-108
ESWL is a safe and effective treatment for renal calculi. However, on destruction of the stone, the pressure of shock waves produces renal microdamage. Urinary enzyme testing has been used to diagnosis and monitor various types of renal injured. Three urinary enzymes, N-acetyl-beta- glucosaminidase, beta-galactosidase, gamma-glutamyl transferase in 24 hour urine were monitored in 20 patients before and after ESWL and in 5 controls. The ESWL, a single session treatment, was performed using EDAP LT-01. The amount of the shock wave treated was same regardless of stone size and location. The results were obtained as follows. 1. Post-ESWL N-acetyl-beta-glucosaminidase level was higher than that of control on day 1 and showed a rapid decrease on day 3, and returned to normal by day 28. 2. Post-ESWL beta-galactosidase level was higher than that of control on day 1 and was still higher on day 7, and returned to normal by day 28. 3. Post-ESWL gamma-glutamyl transferase level reached to a peak on day 1 and showed a rapid decrease on day 3, and returned to normal by day 28. In summary, ESWL for renal stones elevates urinary enzymes transiently, which was on peak one day after the treatment and returned to nearly normal level by 1 month after the treatment. Therefore, urinary enzymes seem to be useful in evaluation of the functional recovery of the kidney after ESWL.
beta-Galactosidase
;
Diagnosis
;
Hexosaminidases
;
Humans
;
Kidney
;
Kidney Calculi
;
Shock
;
Transferases
10.Comparisons of the diagnostic accuracies of optical coherence tomography, micro-computed tomography, and histology in periodontal disease: an ex vivo study.
Jin Young PARK ; Jung Ho CHUNG ; Jung Seok LEE ; Hee Jin KIM ; Seong Ho CHOI ; Ui Won JUNG
Journal of Periodontal & Implant Science 2017;47(1):30-40
PURPOSE: Optical coherence tomography (OCT) is a noninvasive diagnostic technique that may be useful for both qualitative and quantitative analyses of the periodontium. Micro-computed tomography (micro-CT) is another noninvasive imaging technique capable of providing submicron spatial resolution. The purpose of this study was to present periodontal images obtained using ex vivo dental OCT and to compare OCT images with micro-CT images and histologic sections. METHODS: Images of ex vivo canine periodontal structures were obtained using OCT. Biologic depth measurements made using OCT were compared to measurements made on histologic sections prepared from the same sites. Visual comparisons were made among OCT, micro-CT, and histologic sections to evaluate whether anatomical details were accurately revealed by OCT. RESULTS: The periodontal tissue contour, gingival sulcus, and the presence of supragingival and subgingival calculus could be visualized using OCT. OCT was able to depict the surface topography of the dentogingival complex with higher resolution than micro-CT, but the imaging depth was typically limited to 1.2–1.5 mm. Biologic depth measurements made using OCT were a mean of 0.51 mm shallower than the histologic measurements. CONCLUSIONS: Dental OCT as used in this study was able to generate high-resolution, cross-sectional images of the superficial portions of periodontal structures. Improvements in imaging depth and the development of an intraoral sensor are likely to make OCT a useful technique for periodontal applications.
Calculi
;
Diagnosis
;
Periodontal Diseases*
;
Periodontium
;
Tomography, Optical Coherence*