1.Lymphoepithelioma-like Carcinoma of the Renal Pelvis: A Case Report and Review of the Literature.
Hyein AHN ; Jongmin SIM ; Hyunsung KIM ; Kijong YI ; Hulin HAN ; Yumin CHUNG ; Abdul REHMAN ; Seung Sam PAIK
Korean Journal of Pathology 2014;48(6):458-461
No abstract available.
Kidney Pelvis*
2.A Case of Keratinizing Desquamtive Squamous Metaplasia (Cholesteatoma) of Renal pelvis and Upper Ureter.
Soo Kee MIN ; Joon Mee KIM ; Hyeong Gon KIM ; Won Hee PARK
Korean Journal of Urology 2000;41(10):1277-1280
No abstract available.
Kidney Pelvis*
;
Metaplasia*
;
Ureter*
3.Pelvis dilatation and mucosal thickening of transplanted kidney: comparative study of resistive index and ultrasonographic finding.
Myung Joon KIM ; Hyung Sik YOO ; Yu Seun KIM ; Jae Seok SUH ; Sung Sang MOON ; Jong Tae LEE ; Kiil PARK
The Journal of the Korean Society for Transplantation 1991;5(1):101-107
No abstract available.
Dilatation*
;
Kidney*
;
Pelvis*
4.Huge Pyelo-Caliceal Diverticulum.
Kwang Seek CHOI ; Sung Won KWON
Korean Journal of Urology 1979;20(4):406-410
Pyelo-caliceal diverticulum refers to a cystic cavity containing urine the renal parenchyme, which is lined by transitional epithelium and communicates with the renal pelvis or a calyx through a narrow channel. Pyelo-caliceal diverticulum is a relatively uncommon entity and are usually quite small in size, averaging 0.5 cm to 5cm. Huge pyelo-caliceal diverticulum is presented with review of literatures.
Diverticulum*
;
Epithelium
;
Kidney Pelvis
5.Removal of Migrated Thermo-Expandable Ureteral Stent (Memokath): Open Procedure 1 Case.
Soonchunhyang Medical Science 2014;20(1):67-69
Ureteral stent insertion is a common procedure in the urologic field. Although the migration of ureteral stent is uncommon, it can be serious complication. We report the migration of Thermo-Expandable Stent (Memokath) from upper ureter to renal pelvis, and which was managed by surgical removal after failed rigid and flexible ureteroscopic manipulation.
Kidney Pelvis
;
Stents*
;
Ureter*
6.Fibroepithelial Polyp Mimicking a Renal Pelvis Tumor.
Eu Chang HWANG ; Ho Song YU ; Seung Il JUNG ; Dong Deuk KWON
Korean Journal of Urology 2013;54(12):881-883
No abstract available.
Kidney Pelvis*
;
Polyps*
7.Percutaneous Nephrolithotomy: Experience with 200 Cases.
Dong Soo PARK ; Seung Chul YANG ; Moo Sang LEE
Korean Journal of Urology 1987;28(6):801-807
In 200 patients with renal stone and upper and midureter stone, we have tried 241 sessions of percutaneous nephrolithotripsy. The success rate of nephrolithotripsy for different location and type was as follows. For renal pelvis stone 96.5%, staghorn stone lOO%, calyceal stone 84.4%, UPJ and upper ureter stone 76.8%, midureter stone 66.7%. We were successful in most of cases after preliminary report of earlier experience with 50 cases. And improvement of the result in removal of calyceal stone and upper ureter stone was especially conspicuous. In addition, we have complied experience with percutaneous removal of stone in patient with solitary kidney and of staghorn stone, and the result was satisfactory. Based on the accumulated experience, it was possible to remove almost all renal stones and most of upper and midureter stones by percutaneous approach although residual stones were present in large pelvis stone and staghorn stone. Thus in future, even when ESWL is widely utilized, endourologic management must be included in the algorithm of treatment of stone diseases to expect better success rate and less complications.
Humans
;
Kidney
;
Kidney Pelvis
;
Nephrostomy, Percutaneous*
;
Pelvis
;
Ureter
8.Studies on the Intrasinusal Pyelolithotomy: I. Correlation between segment artery distribution and renal pelvis using latex cast technique in kidneys of Korean.
Jong Byung YOON ; Jin Han YOON
Korean Journal of Urology 1977;18(2):123-128
Following results were obtained from the study on the distribution of segment arteries, the shape of collecting system and the correlation between collecting system and segment arteries using latex cast technique in normal kidneys of Korean. 1. In the cast of renal artery in normal kidney, renal artery divides into an anterior and posterior division. The anterior division gives rise to 3 segment arteries, i. e., upper, middle and lower segment arteries, while the posterior one continues and supplies only the posterior segment artery. 2. In the cast of collecting system, renal pelvis shows cone shape in general and it may be classified as fusiform and cylindrical forms. Major and minor calyces can be also classified as fusiform and cylindrical forms. 3. In the relationship between the cast of segment artery and that of collecting system, anterior branches divided from 3 segment arteries run in radiating from the anterior portion of pelvis, while posterior segment anterior portion of pelvis, while posterior segment artery crosses posterior portion of pelvis and supplies around superior major calyces. 4. In the view of above findings care should be given for the possibility of the injury to the posterior segment artery in the exposure of posterior portion of pelvis when pelvis, major and minor calyces reveal cylindrical forms on I.V.P.
Arteries*
;
Equipment and Supplies
;
Kidney Pelvis*
;
Kidney*
;
Latex*
;
Pelvis
;
Renal Artery
9.Two Cases of the Tumor of the Renal Pelvis in Children.
Dug Cheon KOO ; Chang Soo PARK
Korean Journal of Urology 1982;23(5):703-708
Two cases of the tumor of the renal pelvis which occurred in boys of the age of 12 and 13 years respectively, having only the chief complaint of intermittent gross hematuria, were herein presented with brief review of literature.
Child*
;
Hematuria
;
Humans
;
Kidney Pelvis*
10.Ureteropelvic Junction Avulsion Due to Blunt Abdominal Trauma.
Chang Hee HAN ; Beom Soo KIM ; Kyung Min KWAK ; Woong Kyo CHUNG ; In Chul SUN ; Sung Hak KANG
Korean Journal of Urology 2001;42(11):1224-1226
Ureteropelvic junction avulsion caused by blunt trauma is a rare condition which is often diagnosed after some delay. Herein, we report a case of traumatic ureteropelvic junction avulsion which has been treated successfully by end to end pyeloureterostomy.
Kidney Pelvis
;
Ureter
;
Wounds and Injuries