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Ureteroscopic management of ureteral calculi in children
S Erturhan1, F Yağci, K Sarica
1Department of Urology, University of Gaziantep, Gaziantep, Turkey.
Insights
Rigid ureteroscopy effectively treated pediatric ureteral calculi in 87.8% of cases. This procedure demonstrated safety and efficiency for various stone locations in children, with careful technique being key.
Area of Science:
- Pediatric Urology
- Endourology
- Nephrolithiasis Management
Background:
- Ureteral calculi in children present unique management challenges.
- Minimally invasive techniques are preferred for pediatric stone disease.
Purpose of the Study:
- To assess the efficacy and safety of rigid ureteroscopy for treating ureteral stones in pediatric patients.
- To evaluate outcomes across different ureteral stone locations.
Main Methods:
- A cohort of 41 children (mean age 9.5 years) with ureteral calculi (4-10 mm) underwent rigid ureteroscopy.
- Stones were located in the upper, middle, and lower ureter.
- Fragmentation and removal utilized pneumatic lithotripsy and forceps.
Main Results:
- Successful treatment was achieved in 87.8% of children.
- Fragmentation and direct removal of calculi were highly successful (94%).
- Complications included bleeding, mucosal injury, and ureteral stenosis in a small percentage of cases.
Conclusions:
- Rigid ureteroscopy is a safe and effective treatment for pediatric ureteral calculi.
- Careful instrumentation and experienced application are crucial for successful outcomes.
- The procedure is applicable to stones in various ureteral segments in children.
Purpose:
To evaluate the efficacy and safety of rigid ureteroscopy for the treatment ureteral calculi in children.
Patients And Methods:
Between January 2002 and January 2006, 16 boys and 25 girls with an average age of 9.5 years (range 3-15 years) were treated with a 95F rigid ureteroscope for stones 4 to 10 mm (mean 5.6 mm) in 46 renoureteral units (RUUs), and the results were evaluated. The stones were located in the upper ureter in 4 RUUs, the middle ureter in 15, and the lower ureter in 27. Dilatation of a tight ureteral orifice was necessary in 17 cases (36.9%).
Results:
On examination during ureteroscopy, all calculi were well fragmented, and in 33 patients (94%), stone fragments were removed directly. Stones were fragmented with pneumatic lithotripsy in 23 RUUs and removed by forceps with or without fragmentation in the remaining 23. Whereas the treatment was successful in 36 children (87.8%), it was unsuccessful in 5 (12.2%) secondary to bleeding and mucosal injury in 3 children (7%; 1 middle- and 2 upper-ureteral stones) and severe ureteral stenosis with kinking in 2 (4.8%; 1 middle- and 1 upper-ureteral stone) children. In two other cases, although the fragments in the upper portion of the ureter could be reached with the ureteroscope, the stones migrated into the renal collecting system during pneumatic lithotripsy and were treated successfully with subsequent SWL (4.8%). At the end of the procedure, a 4.8F Double-J stent was left in place in 9 cases. There were no serious complications, and the children were not specifically evaluated for postoperative vesicoureteral reflux. Follow-up ranged from 1 to 36 months with an average duration of 22.4 months.
Conclusion:
With the aid of the experience gained in the adult population and careful instrumentation, we believe that, in skilled hands, rigid ureteroscopy can be applied in a safe and efficient manner for stones located in different portions of the pediatric ureter.
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