No abstract available.
Kidney Calculi*

Nutrition has been widely recognized to have certain levels of influence on the risk of kidney stone formation. Thus, this case-control study was conducted to determine the association of dietary intake and lifestyles factors with kidney stone disease. Sociodemographic data, dietary intake, supplements intake, smoking and alcohol habit, medical history, physical activity and anthropometric data were obtained using interviewer-administered pre-tested questionnaires among 81 patients who had been diagnosed with kidney stone disease and 81 patients without kidney stone disease at Universiti Kebangsaan Malaysia Medical Centre. The results indicated that body mass index and hip circumference were higher among cases as compared to controls in both men and women (p < 0.05). Energy, macronutrients and micronutrients intake were higher for case subjects compared to control subjects for all significant parameters (p < 0.05). Results showed positive association of kidney stone with consumption of nuts (≥1 time/week) for men and women while consumption of eggs (1-3 times/month) and beans (1-6 times/week) showed positive association for women. Analysis of multivariate found the risk factor among women was diabetes mellitus [Adjusted OR = 27.6 (95% CI = 1.43-53.3)] (p < 0.05). Whilst, plain water intake of at least 6 glasses [Adjusted OR = 0.001 (95% CI = 0.000-0.08)] (p < 0.05) and 8 glasses per day [Adjusted OR = 0.001 (95% CI = 0.000-0.02)] (p < 0.05) reduced the risk among women. The risk factors for men were smoking habits [Adjusted OR = 16.2 (95% CI = 1.29-203)] (p < 0.05), consumption of carbonated drink 1-3 times per month [Adjusted OR = 6.25 (95% CI = 1.04-40.7)] (p < 0.05) and 1-6 times per week [Adjusted OR = 12.5 (95% CI = 1.41-111)] (p < 0.05). Unhealthy dietary and lifestyles factors increased the risk of kidney stone disease and various risk factors were found for different sexes.
Kidney Calculi

Though Extracorporeal shock wave lithotrysy (Eswl) combined with Percutaneous nephrostolithotomy (PNL) have revolutioned the treatment of kidkey stones, open surgical treatment of staghorn calcului is reasonable in certain circumstances. Of 169 kidney stones, 72 staghorn calculi (19.51 per cent) were treated by surgery. Age of patients are from 21 to 73 (29 males and 43 females). Left renal culculi: 31 and right renal calculi 41; procedures included: pyelolithotone (5); pyelolithotomy + limited nephrolithotomy (13); radial nephrolithotomy (2); Turner Warwick (5); Resnixk (25); Bivalve (3); extended nephorolithotomy 97); partial nephrectomy (3); nephrectomy (9). The most common reasons for prefering an incision were size of calculi, anatomy and modification of renal parenchyma
Kidney ; Kidney Calculi ; therapeutics

Since Chaussy, Schmiedt et al. began using ESWL on the renal calculi in 1980, the treatment of stone disease has been revolutionized. Now, an experimental study for the systematic investigation of ESWL is needed. This report presents an experimental study in vitro utilizing piezoelectric ESWL(EDAP LT-01 and "Die Stone" for the purposes of the effects of varying frequencies, stone burdens and powers. The following results were obtained : 1. In the same sized stones with constant power of 100%, the effects of increasing frequency from 2.5 to 40 times/sec showed that mean storage was increased despite of decreases duration for complete fragmentation of the stone less than 3mm in diameter, therefore the more lowering frequency, the more increasing effectiveness of the stone fragmentation. 2. When the stone burden was increased from 1cm(3) to 2cm(3) with constant power of 100% storage and duration for complete fragmentation of the stone were markedly increased about 8.10 and 8.06 times respectively. 3. In 1cm3 of the stone burden with constant frequency of 10 times/sec, when power was increased, mean storage and duration were decreased for complete fragmentation of the stone. 4. Fragmentation of the stone with lower frequency was fractured into small pieces relatively, but with higher frequency, fractured into large pieces initially, thereafter fractured into small pieces. 5. More gas bubbles were produced on the anterior and posterior surfaces of the stone with higher frequency than lower frequency.
Kidney Calculi ; Shock* ; Urinary Calculi

During 5 years (1994-1998), 28 patients with renal and ureteral stones in solitary kidney were operated at the surgical department of §µ N½ng hospital, including congenital solitary kidney: 3 patients (10.7%). Acquired solitary kidney: 1 patient (3.5%). Functional solitary kidney: 24 patients (85.7%). Among them: renal stone: 27 patients (96.4%), Staghorn stone: 14 patients (50%). Pyelotomy and nephrostomy account for 68% of cases, associated with positive drainage of pelvis giving favourable results: No need for blood transfusion: 24 patients (86%). Residual stones: 1 patient (3.5%). Post-operative bleeding: 2 patients (7.0%). Short-term follow up: Good (78.6%), medium (14.0%), Bad (7.0%)
Kidney Calculi ; Ureteral Calculi ; surgery

Horseshoe kidney is a nonfatal anomaly of renal development characterized by fusion of one poles of both kidneys. Most clinical problems are caused by infection, hydronephrosis and renal calculi. Herein, we report a case of horseshoe kidney with staghorn calculi and hydronephrosis in a 66 year-old-woman. The patient was managed by division of the isthmus and left nephrectomy with a good result.
Calculi* ; Humans ; Hydronephrosis* ; Kidney Calculi ; Kidney* ; Nephrectomy

31 cases of intrasinus renal calculus were opened surgically by Turner Warwick technique in Urology department of Hospital N0 103, including: 13 males and 18 females. Renal function was determined with serum blood urea nitrogen, creatinine and clearance. There was no significant difference in BUN and clearance preoperatively and postoperatively. There was significant increase in serum creatinine postoperatively.
Kidney Calculi ; Therapeutics

73 cases of renal calculi intrasinus were surgically operated by Resnick.M.I (1981) in Urology Department of Hospital N¬¬0 103. Mean renal thick of parenchyma 1.020.28 cm, urinary infection preoperatively 51.16%. 18 cases have catastrophes (24.66%), intraoperative and postoperative complications included 9 cases have catastrophes intraoperatively (12.33%): bleeding (1 case), tearing of the renal venous (2 cases), neck of the calix tear (1 case), tearing of peritoneum (1 case). And 9 cases had postoperative complications (12.33%): hemorrhage secondary (3 cases), urinary fistula (2 cases), urinary infection (4 cases)
Kidney Calculi ; Surgery

The surgical management of kidney-stone disease has undergone dramatic changes over the past 20 years. The introduction and development of percutaneous renal surgery, extracorporeal shock-wave lithotripsy, ureteroscopy, and technical advances in the available modalities for intracorporeal lithotripsy have led to a revolution in the surgicalmanagement of kidney-stone disease. The indications for open kidney-stone surgery have been narrowed significantly, and for the most part open surgery has become a second or third line treatment option. In this article, the authors attempt to better define acceptable indications for open kidney-stone surgery, to review commonly accepted advantages of open stone procedures and to establish expected results and outcomes following open surgery for kidney-stone disease
Kidney Calculi ; surgery ; Therapeutics

Study on 83 patients (36 males and 47 females, mean age: 41.2 ± 9.3) with 84 kidney stones with the size from 20-50mm treated by extracorporeal shock wave lithotripsy at Hue Medical College Hospital from 5/2001-5/2003. Stones located in renal pelvis in 52,2%, in upper renal calyces in 3.6%, in midle renal calyces 2.4%, in lower renal calyces in 28.5%. 65.5% of stones had identical optical density. Unltrasound found non-hydronephroid is 59.4%, hydronephroid degree I is 23.4%, hydronephroid degree II is 17.2%. The average duration for stone breaking was 4.5 ± 2.9 times per stone. Successful rate was 84.5%. Successful rate of stone breaking according to stone size: 91.8% with stones sized 20 to less than 30mm, 75% with 30 to less than 40mm and 0% with 40 - 50mm. Successful rate of stone breaking acording to stone localization: in renal pelvis 88.4%, in upper renal calyces 100%, midle renal calyces 100%, lower renal calyces 87.5%. The rate in pure calculus was 88.9% and half part staghorn calculus was 58.3%
Kidney Calculi ; Therapeutics