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[小鱼际锤状指综合征的超声图像]

[Ultrasound image of the hypothenar hammer syndrome].

作者信息

Taute B M, Behrmann C, Cappeller W A, Podhaisky H

机构信息

Klinik und Poliklinik für Innere Medizin III, Martin-Luther-Universität Halle Wittenberg.

出版信息

Ultraschall Med. 1998 Oct;19(5):220-4. doi: 10.1055/s-2007-1000494.

Abstract

UNLABELLED

A traumatic lesion of the ulnar artery (Hypothenar Hammer Syndrome, HHS) is a very rare cause of acral ischemia of the upper extremity.

AIM

Evaluation of the efficacy of ultrasound techniques in the diagnosis of the HSS.

METHOD

Based on the knowledge of the patient's history and clinical examination we investigated forearm, hand and digital arteries by continuous wave Doppler. By means of colour-coded duplex sonography (CCDS) we demonstrated the course of the radial and ulnar arteries to the palmar arch. For comparison we used the results of preintervention angiography.

RESULTS

The diameter of the distal ulnary artery measured in healthy women was 1.8 +/- 0.32 and in men 2.2 +/- 0.46 mm. Among 268 patients with ischemia of the hands we diagnosed HHS in four cases. We identified an aneurysm of the ulnary artery in one case and a thrombotic occlusion in three cases. The thrombotic occlusion of the ulnar artery led to a dilatation of the vascular lumen. The occlusion length could be determined. Vessels diameter and echogenecity gave information about the age of the thrombosis.

CONCLUSION

The continuous wave Doppler is a major diagnostic contribution because of its ability to register hemodynamic changes. Additionally, CCDS with its combination of sonomorphology and hemodynamics enables a distinction between HHS and other causes of digital ischemia. The CCDS more precisely refines the indications for preinterventional angiography in acute ischemia syndromes of the hand.

摘要

未标注

尺动脉创伤性病变(小鱼际锤状指综合征,HHS)是上肢肢体缺血的一种非常罕见的病因。

目的

评估超声技术在诊断HSS中的有效性。

方法

基于患者病史和临床检查的知识,我们通过连续波多普勒对前臂、手部和指动脉进行了检查。借助彩色编码双功超声(CCDS),我们展示了桡动脉和尺动脉至掌弓的走行。为作比较,我们采用了干预前血管造影的结果。

结果

健康女性尺动脉远端直径测量值为1.8±0.32mm,男性为2.2±0.46mm。在268例手部缺血患者中,我们诊断出4例HHS。我们发现1例尺动脉动脉瘤和3例血栓闭塞。尺动脉血栓闭塞导致血管腔扩张。可以确定闭塞长度。血管直径和回声情况提供了有关血栓形成时间的信息。

结论

连续波多普勒因其能够记录血流动力学变化而做出主要诊断贡献。此外,CCDS结合了超声形态学和血流动力学,能够区分HHS和其他导致手指缺血的病因。CCDS更精确地完善了手部急性缺血综合征干预前血管造影的指征。

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