手术进入椎动脉第三段

D. V. Turliuk, N. Rogovoy, S. Alexeev, V. Yanushko
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引用次数: 1

摘要

今天V3是椎动脉(VA)中最罕见和最难进入的一段。材料和方法。本文对35例因各种原因死亡的患者进行了断层研究,以研究V3区VA解剖的地形和解剖特征。进入VA的技术:沿着右侧胸锁乳突肌的内缘,从下颌角上方2.1+0.8 cm的水平开始,沿着下颌下襞向耳屏方向行一个长度为6.2+1.5 cm的线性切口。分离颈总动脉、颈内动脉、颈静脉和颈外动脉至第三段,切除并结扎其外侧分支。没有进行唾液腺的解剖,因为它是相当可移动的,并被牵开钩很好地牵开,以及静脉丛、神经、二腹肌。结果。我们最初提出的方法是减少手术创伤,同时减少干预区神经血管结构发生损伤的风险。当在截面材料上工作时,确定了ICA远端部分与VA第三段之间的距离。根据我们的数据,它没有超过3.2+2.1毫米。如果有必要,这一事实允许在V3段内根据“侧对侧”类型安全地形成ICA和VA之间的吻合。结论。通过将切口长度缩短至6.2+1.2 cm,以及在不穿越手术伤口的情况下调动手术伤口中的解剖结构(唾液腺、颈静脉、迷走神经、C2 -臂丛的一部分、二腹肌、颈内动脉),可以减少手术创伤。当颈内动脉合并扭曲时,颈内动脉的多余部分是绕过VA第三段的最佳材料。在这种情况下,手术矫正的一种变体是形成颈动脉“三岔”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SURGICAL ACCESS TO THE THIRD SEGMENT OF THE VERTEBRAL ARTERY
Today V3 is the rarest and most difficult to access segment of the vertebral artery (VA). Material and methods. A sectional study was performed in 35 patients who died from various causes to study the topographic and anatomical characteristics of the VA anatomy in V3. The technique of access to the VA: along the inner edge of the right sternocleidomastoid muscle, a linear incision 6.2+1.5 cm long was performed, starting from the level of 2.1+0.8 cm above the angle of the lower jaw along the submandibular fold towards the «tragus» auricle. The common carotid artery, the internal carotid artery (ICA), the jugular vein, and the external carotid artery up to the third segment were isolated with excision and ligation of the lateral branches. The dissection of the salivary gland was not carried out, since it is quite mobile and is well retracted by the retractor hooks, as well as the venous plexus, nerves, «digastric» muscle. Results. The original approach proposed by us suggests reducing surgical trauma, as well as reducing the risk of developing damage to the neurovascular structures in the intervention zone. When working on the sectional material, the distance between the distal portion of the ICA and the third segment of the VA was determined. It did not exceed, according to our data, 3.2+2.1 mm. This fact allows, if necessary, to safely form an anastomosis between the ICA and the VA in the V3 segment according to the «side-to-side» type. Conclusions. The proposed access to the third segment of the VA enables the reduction of surgical trauma by reducing the incision length up to 6.2+1.2 cm, as well as by mobilizing anatomical structures in the surgical wound without crossing them (salivary gland, jugular vein, vagus nerve, C2 - a portion of the brachial plexus, digastric muscle, internal carotid artery). With concomitant tortuosity of the ICA, the excess part of the ICA is the optimal material for bypassing the VA in the third segment of the VA. A variant of surgical correction in this situation is the formation of «trifurcation» of the carotid artery.
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