手背动脉系统的解剖学研究。

Revista do Hospital das Clinicas Pub Date : 2004-04-01 Epub Date: 2004-04-26 DOI:10.1590/s0041-87812004000200005
Marcelo Rosa de Rezende, Rames Mattar Júnior, Alvaro Baik Cho, Oswaldo Hideo Hasegawa, Samuel Ribak
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引用次数: 47

摘要

未标记:历史上,手的背动脉系统受到的关注少于手掌系统。关于掌背动脉解剖的研究,对掌背动脉分支的起源和存在存在一些争议。掌背动脉的解剖学知识尤其适用于从手背取皮瓣的手术计划。本研究的目的是分析手背的动脉解剖,将我们的观察结果与文献中先前的研究结果进行比较,从而确定掌背动脉提供皮瓣的手术计划参数。方法:在26具尸体的右手背侧,采用远端u形切口进行26例解剖。桡动脉在腕部置入导管后,注入低粘度和快速凝固的塑料染料溶液,以便充分暴露小血管。仔细解剖并鉴定桡动脉及其分支、背动脉弓、掌背动脉、掌系远、近交通支和远皮支。结果:所有病例均可见源自掌骨背动脉的远端皮支;这些位于距掌指关节近端平均1.2 cm处。第一掌背动脉表现为三种不同的形态:筋膜动脉、筋膜下动脉和混合动脉。桡动脉在第一掌骨间隙处的分支形态为3支。我们观察到在100%的病例中存在起源于桡动脉的背动脉弓。背动脉弓至桡动脉分支点的距离平均为2cm。所有病例均可见第一及第二掌背动脉。第三及第四掌背动脉可见率分别为96.2%和92.3%。背动脉弓与掌系之间有近端和远端交通,这些交通分支有助于掌背动脉的形成。结论:手背有丰富的动脉网,与掌动脉系统吻合。这种解剖特征允许利用手的背侧作为潜在的供皮部位。
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Anatomic study of the dorsal arterial system of the hand.

Unlabelled: Historically, the dorsal arterial system of the hand received less attention than the palmar system. The studies concerning dorsal arterial anatomy present some controversies regarding the origin and presence of the dorsal metacarpal artery branches. Knowledge of the anatomy of dorsal metacarpal arteries is especially applied in the surgical planning for flaps taken from the dorsum of the hand. The purpose of this study is to analyze the arterial anatomy of the dorsum of the hand, compare our observations with those of previous studies from the literature, and therefore to define parameters for surgical planning for flaps supplied by the dorsal metacarpal arteries.

Method: Twenty-six dissections were performed at the dorsum of the right hand of 26 cadavers by making a distal-based U-shaped incision. After catheterization of the radial artery at the wrist level, a plastic dye solution with low viscosity and quick solidification was injected to allow adequate exposure of even small vessels. The radial artery and its branches, the dorsal arterial arch, the dorsal metacarpal arteries, the distal and proximal communicating branches of the palmar system, and the distal cutaneous branches were carefully dissected and identified.

Results: The distal cutaneous branches originating from the dorsal metacarpal arteries were observed in all cases; these were located an average of 1.2 cm proximal from the metacarpophalangeal joint. The first dorsal metacarpal artery presented in 3 different patterns regarding its course: fascial, subfascial, and mixed. The branching pattern of the radial artery at the first intermetacarpal space was its division into 3 branches. We observed the presence of the dorsal arterial arch arising from the radial artery in 100% of the cases. The distance between the dorsal arterial arch and the branching point of the radial artery was an average of 2 cm. The first and second dorsal metacarpal arteries were visualized in all cases. The third and fourth dorsal metacarpal arteries were visualized in 96.2% and 92.3% of cases, respectively. There was proximal and distal communication between the dorsal arterial arch and the palmar system through the communicating branches contributing to the dorsal metacarpal artery formation.

Conclusion: At the dorsum of the hand there is a rich arterial net that anastomoses with the palmar arterial system. This anatomical characteristic allows the utilization of the dorsal aspect of the hand as potential donor site for cutaneous flaps.

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