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在微创泌尿科手术中使用单极电灼术:母犬异位输尿管处理的病例报告。

Monopolar electrocautery use in minimally invasive urosurgery: Case report of ectopic ureter management in a bitch.

机构信息

Vetamicus Ltd. Private Veterinary Clinic, Klaipėda, Lithuania.

Veterinary Department, Faculty of Agrotechnology, Vilnius College, Vilnius, Lithuania.

出版信息

Open Vet J. 2022 Mar-Apr;12(2):182-187. doi: 10.5455/OVJ.2022.v12.i2.4. Epub 2022 Mar 15.

Abstract

BACKGROUND

Ureteral ectopy is a congenital anomaly, affecting young dogs, predominantly bitches. The main complication of the disease is urinary incontinence, which leads to low life quality for both animals and their owners. However, only two less invasive surgical management options are reported. Laser ablation is quite popular, while monopolar electrocautery use is very rare.

CASE DESCRIPTION

A 3-month and 1-week-old, 1.7 kg female Poodle was admitted to the Vetamicus clinic with severe urinary incontinence and moisture-associated dermatitis. After diagnosing intramural ectopy type during computed tomography scan and video cystoscopy, a search for surgical management options began. We proceeded with the monopolar cauterization technique, where a semirigid Karl Storz monopolar coagulating ball electrode is used to cut a mucous membrane partition between the ureter and urinary bladder. No complications occurred during or after the surgery. Ureter successfully healed and full continence was achieved together with sporadically using phenylpropanolamine syrup.

CONCLUSION

The present case indicates that monopolar electrocautery use in intramural ectopy type management and possibly other urinary tract pathologies might be strongly beneficial.

摘要

背景

输尿管异位是一种先天性异常,主要影响年轻犬,以母犬为主。该疾病的主要并发症是尿失禁,这会导致动物及其主人的生活质量降低。然而,目前仅报道了两种微创的手术治疗选择。激光消融术应用广泛,而单极电灼术的应用则非常罕见。

病例描述

一只 3 个月零 1 周大、体重 1.7 公斤的雌性贵宾犬因严重的尿失禁和与潮湿相关的皮炎而被送到 Vetamicus 诊所就诊。在计算机断层扫描和视频膀胱镜检查中诊断为壁内异位类型后,开始寻找手术治疗选择。我们采用了单极电灼技术,使用半刚性 Karl Storz 单极凝固球电极切割输尿管和膀胱之间的黏膜分隔。手术过程中和手术后均未出现并发症。输尿管成功愈合,完全恢复了控尿能力,同时间歇性使用苯丙醇胺糖浆。

结论

本病例表明,单极电灼术在壁内异位类型的治疗以及其他可能的尿路病变中可能具有重要的益处。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/fd98/9109843/6273d1874d83/OpenVetJ-12-182-g001.jpg

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