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机器人辅助下的螺旋蒙蒂可控性造瘘通道术。

Spiral Monti catheterisable continent channel performed by robot-assisted approach.

作者信息

Ghidini Filippo, Klipfel Clémence, Geiss Stephan, Andolfi Ciro

机构信息

Department of Pediatric Surgery, Hôpitaux Civils de Colmar, Colmar, France.

Department of Pediatric Surgery, Hôpitaux Civils de Colmar, Colmar, France.

出版信息

J Pediatr Urol. 2025 Aug;21(4):1013-1014. doi: 10.1016/j.jpurol.2025.03.013. Epub 2025 Mar 21.

Abstract

INTRODUCTION

A catheterisable continent channel (CCC) is indicated in the treatment of neurogenic bladder. The most performed CCC is the Mitrofanoff's appendicovesicostomy. In case of unavailable cecal appendix, a Monti's ileovesicostomy, consisting in a tubularised ileal conduit, could be performed. This intervention benefits from the ergonomic advantages of robot-assisted laparoscopy.

OBJECTIVE

We describe a case of a 25-year woman affected by neurogenic bladder consequent to a spina bifida.

MATERIALS

A previous Mitrofanoff CCC failed due to ischemia of the conduit. The bladder voiding was managed by urethral self-catheterization and button cystostomy for several years. A spiral Monti CCC was planned. The intervention was performed by robot-assisted laparoscopic approach. Four robotic 8-mm robotic trocars and one 5-mm trocar were inserted in the umbilic, in both flanks and left hypochondrium respectively. A bowel segment was isolated and spirally shaped to obtain a sufficient length for the CCC.

RESULTS

The length of surgery was 360 min, including docking time. The patient was discharged after two days. At 9-month follow-up, the channel is continent and catheterisable by a 16 Fr tube. No further episodes of UTIs or other complications were reported.

CONCLUSION

A complete intracorporeal approach was achieved thanks to the robotic platform.

摘要

引言

可控性尿流改道通道(CCC)适用于神经源性膀胱的治疗。最常用的CCC是米氏阑尾膀胱造口术。如果没有盲肠阑尾,可进行蒙蒂回肠膀胱造口术,即构建一个管状化的回肠通道。该手术得益于机器人辅助腹腔镜手术的人体工程学优势。

目的

我们描述一例25岁患有脊柱裂导致神经源性膀胱的女性病例。

材料

先前的米氏CCC因通道缺血而失败。膀胱排尿通过尿道自我导尿和纽扣式膀胱造瘘术处理了数年。计划进行螺旋形蒙蒂CCC手术。该手术通过机器人辅助腹腔镜手术方法进行。分别在脐部、双侧胁腹和左季肋部插入四个8毫米机器人套管针和一个5毫米套管针。分离一段肠管并使其呈螺旋形,以获得足够长度用于构建CCC。

结果

手术时长360分钟,包括对接时间。患者术后两天出院。在9个月的随访中,该通道可保持尿液可控,能用16F导管进行导尿。未报告进一步的尿路感染或其他并发症。

结论

借助机器人平台实现了完全的体内手术入路。

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