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Safety of single-use flexible ureteroscopy for dusting of upper urinary tract calculi in children

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Abstract Background Flexible ureteroscopy offers numerous advantages, such as increased reach, superior stone-free rate, reduced risk of bleeding, minimal surgical trauma, and faster recovery time. There are few studies discussing the effectiveness of single-use flexible ureteroscopy in children, and none so far have addressed its safety. This study aims to evaluate the effectiveness and safety of a single-use flexible ureteroscope for treating upper urinary tract stones in children. Methods This study included children with single upper urinary tract stones measuring less than 2 cm who underwent single-use flexible ureteroscopy between October 2020 and January 2023. We assessed the following patient characteristics: age, gender, stone type, size, position, pre and postoperative stent placements, use of a ureteral access sheath, stone-free rate, operation duration, and the rate of complications. A patient was considered stone-free if there were no residual stone particles larger than 3 mm after surgery. Results Flexible ureteroscopy and holmium laser lithotripsy were undertaken for 44 participants, with an average age of 8.5 years (range: 2–16 years). The typical stone size was 14 mm (range: 6–20 mm). The average operation time was 74 min (range 35–110 min). Ureteral access sheaths were used in 81.8% (36 out of 44) of procedures. After a single FURS session, 86.36% (38 out of 44) of patients achieved stone-free status. Postoperative JJ stent application was noted in 86.4% (38 out of 44) of patients. Complications were categorized using the Calvien system, revealing that 25% (11 out of 44) of patients experienced mild hematuria, colic, and low-grade fever (Calvien I). No severe side effects like mucosal avulsion or ureteral perforation were reported. Conclusion In the short-term, single-use flexible ureteroscopy is a safe and effective method for managing single renal and proximal ureteric stones, measuring 2 cm or less, in children.
Title: Safety of single-use flexible ureteroscopy for dusting of upper urinary tract calculi in children
Description:
Abstract Background Flexible ureteroscopy offers numerous advantages, such as increased reach, superior stone-free rate, reduced risk of bleeding, minimal surgical trauma, and faster recovery time.
There are few studies discussing the effectiveness of single-use flexible ureteroscopy in children, and none so far have addressed its safety.
This study aims to evaluate the effectiveness and safety of a single-use flexible ureteroscope for treating upper urinary tract stones in children.
Methods This study included children with single upper urinary tract stones measuring less than 2 cm who underwent single-use flexible ureteroscopy between October 2020 and January 2023.
We assessed the following patient characteristics: age, gender, stone type, size, position, pre and postoperative stent placements, use of a ureteral access sheath, stone-free rate, operation duration, and the rate of complications.
A patient was considered stone-free if there were no residual stone particles larger than 3 mm after surgery.
Results Flexible ureteroscopy and holmium laser lithotripsy were undertaken for 44 participants, with an average age of 8.
5 years (range: 2–16 years).
The typical stone size was 14 mm (range: 6–20 mm).
The average operation time was 74 min (range 35–110 min).
Ureteral access sheaths were used in 81.
8% (36 out of 44) of procedures.
After a single FURS session, 86.
36% (38 out of 44) of patients achieved stone-free status.
Postoperative JJ stent application was noted in 86.
4% (38 out of 44) of patients.
Complications were categorized using the Calvien system, revealing that 25% (11 out of 44) of patients experienced mild hematuria, colic, and low-grade fever (Calvien I).
No severe side effects like mucosal avulsion or ureteral perforation were reported.
Conclusion In the short-term, single-use flexible ureteroscopy is a safe and effective method for managing single renal and proximal ureteric stones, measuring 2 cm or less, in children.

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