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下肢静脉曲张:多普勒超声评估方案、模式及陷阱。

Varicose Veins of the Lower Extremity: Doppler US Evaluation Protocols, Patterns, and Pitfalls.

机构信息

From the Department of Radiology, University of Wisconsin School of Medicine and Public Health, Madison, WI (C.A.); and Department of Radiology, Mayo Clinic, Phoenix, AZ (A.M., A.R., M.D.P.).

出版信息

Radiographics. 2022 Nov-Dec;42(7):2184-2200. doi: 10.1148/rg.220057. Epub 2022 Sep 30.

Abstract

Venous insufficiency is a cause of substantial morbidity and medical expenditures. Diagnostic US evaluation of venous insufficiency requires a thorough understanding of the venous anatomy, including the deep, superficial, and perforator veins. The highly variable venous anatomy requires that operators use sound judgment to expand on protocol images and thus avoid missing important sources of reflux. The US examination requires specific patient positioning and use of provocative maneuvers. A basic understanding of the pathophysiology of venous insufficiency and the various treatment methods helps to identify key observations so that ineffective treatment methods are not pursued. The examination reports should have greater detail than those for the more common lower extremity deep venous thrombosis evaluation, requiring numeric and narrative descriptions of deep and superficial venous patency, reflux, diameter, and pathways. Potential pitfalls include not recognizing or detecting deep venous reflux, misidentifying common femoral vein reflux as deep venous reflux when the reflux is isolated or related to saphenofemoral insufficiency, not recognizing anterior accessory great saphenous vein (AAGSV) involvement in saphenofemoral insufficiency, not recognizing or reporting great saphenous vein or AAGSV superficialization, not suspecting central venous obstruction, and not realizing when provocative maneuvers were ineffective. With knowledge of the lower extremity venous anatomy, venous insufficiency pathophysiology, basic treatment strategies, protocol best practices, patterns of observation, and diagnostic pitfalls, those who interpret venous insufficiency US studies can perform examinations and deliver reports that help patients receive appropriate treatment. RSNA, 2022.

摘要

静脉功能不全是导致发病率和医疗支出增加的一个原因。静脉功能不全的诊断性超声评估需要对静脉解剖结构有深入的了解,包括深静脉、浅静脉和交通静脉。静脉解剖结构高度可变,要求操作人员运用良好的判断力来扩展协议图像,从而避免遗漏重要的反流源。超声检查需要特定的患者体位和使用激发手法。对静脉功能不全的病理生理学和各种治疗方法有基本的了解有助于识别关键观察结果,从而避免采用无效的治疗方法。与更常见的下肢深静脉血栓形成评估相比,检查报告应具有更详细的信息,需要对深静脉和浅静脉通畅性、反流、直径和途径进行数字和描述性描述。潜在的陷阱包括无法识别或检测到深静脉反流、将孤立或与隐股静脉功能不全相关的股总静脉反流误认为深静脉反流、无法识别或报告大隐静脉或前副大隐静脉(AAGSV)在隐股静脉功能不全中的受累情况、无法识别或报告大隐静脉或 AAGSV 浅表化、不怀疑中心静脉阻塞、以及无法意识到激发手法无效。了解下肢静脉解剖结构、静脉功能不全病理生理学、基本治疗策略、方案最佳实践、观察模式和诊断陷阱后,解读静脉功能不全超声研究的人员可以进行检查并提供有助于患者接受适当治疗的报告。RSNA,2022 年。

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