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诊断尿道重复畸形,包括一种新颖的放射学诊断算法。

Diagnosing urethral duplication including a novel radiological diagnostic algorithm.

作者信息

Frankel Jonathan, Sukov Richard

机构信息

Department of Radiology, Cedars Sinai Medical Center, Los Angeles, CA, USA.

出版信息

BJR Case Rep. 2016 Dec 19;3(2):20150506. doi: 10.1259/bjrcr.20150506. eCollection 2017.

Abstract

Until this 24 -year -old male was sexually active, the small dimple on his penile glans had never required any consideration. However, persistent focal irritation during sexual intercourse compelled him to pursue medical attention. Following urological consultation he was referred for imaging evaluation that demonstrated urethral duplication. After determining the subtype classification, urologic repair was successfully completed without complication. Urethral duplication is an exceedingly rare genitourinary anatomic anomaly with a variety of presentations and symptomatology. The vast majority of urethral duplications are diagnosed within the paediatric and adolescent populations. Although urethral duplication is managed by urologists, imaging identification of the particular subtype is critical for proper management planning. A thorough review of existing literature on the classification strategies and diagnostic criteria is discussed. Owing to the scarcity of clinical experience, a wide variety of diagnostic approaches are described. These often include unnecessary radiation, invasiveness and cost. A strategic and efficient diagnostic algorithm is included to guide future imaging evaluation of suspected urethral duplication. This provides the essential clinical information, while minimis ing radiation, invasiveness and cost.

摘要

在这位24岁的男性开始有性生活之前,他阴茎龟头上的小凹陷从未引起过任何关注。然而,性交过程中持续的局部刺激迫使他寻求医疗帮助。经过泌尿外科会诊后,他被转介进行影像学评估,结果显示为尿道重复畸形。确定亚型分类后,泌尿外科修复手术成功完成,未出现并发症。尿道重复畸形是一种极其罕见的泌尿生殖系统解剖异常,有多种表现形式和症状。绝大多数尿道重复畸形在儿童和青少年人群中被诊断出来。虽然尿道重复畸形由泌尿外科医生处理,但对特定亚型进行影像学识别对于制定正确的治疗计划至关重要。本文讨论了对现有关于分类策略和诊断标准的文献进行全面综述。由于临床经验匮乏,描述了各种各样的诊断方法。这些方法往往包括不必要的辐射、侵入性和成本。本文包含一种策略性且高效的诊断算法,以指导未来对疑似尿道重复畸形的影像学评估。这在提供必要临床信息的同时,将辐射、侵入性和成本降至最低。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/efb7/6159257/4f13c082fe1c/bjrcr.20150506.g001.jpg

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