首页> 外文期刊>Journal of Surgical Oncology >Surgical anatomy of vascularized submental lymph node flap: Sharing arterial supply of lymph nodes with the skin and topographic relationship with anterior belly of digastric muscle
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Surgical anatomy of vascularized submental lymph node flap: Sharing arterial supply of lymph nodes with the skin and topographic relationship with anterior belly of digastric muscle

机译:血管化泡淋巴结瓣的外科解剖:与胸骨前腹部的皮肤和地形关系分享淋巴结的动脉供应

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Background and Objectives Development of vascularized submental lymph node (VSLN) flap has encountered dilemmas; (a) whether to include skin paddle, (b) how to reduce the harvest area while gaining most lymph nodes. To answer, these structures were studied; submental perforator, lymph nodes in neck-level I and anterior belly of digastric muscle (ABDM). Methods Forty VSLN flaps were harvested from 23 cadavers. The lymph nodes and arterial supply were studied macro- and microscopically. The nodes were classified by arterial supplies, location along the longitudinal axis and relationship with ABDM. Results VSLN flap had 4.4 lymph nodes by average (range 1-8) predominantly located in the posterior three-quarter of the flap. Half of the submental perforators were originated deep to ABDM. they circumvent the muscle, supplied much of the nodes in neck sublevel Ia before reaching the skin. While sublevel Ib located the most surgically accessible submental nodes. Most of their arterial supply was branched from submental perforator lateral to ABDM, not directly from the submental artery. Conclusion The flap could be reduced to the posterior three-quarter of the original area. Skin paddle should be included to serve as an indirect lymph node monitor. If Ia lymph nodes are to be included, ABDM should be sacrified.
机译:背景和目标血管化次淋巴结(VSLN)襟翼的发展遇到了困境; (a)是否包括皮肤桨,(b)如何在获得大多数淋巴结的同时减少收获区域。为了回答,研究了这些结构;底孔穿孔器,颈级I和骨骼腹部淋巴结(ABDM)。方法从23个尸体中收获四十个VSLN襟翼。淋巴结和动脉供应在宏观和显微镜上进行了研究。节点由动脉用品分类,沿着纵向轴线的位置和与ABDM的关系。结果VSLN PLAP平均(范围1-8)vsln襟翼,其主要位于襟翼后三分之三。一半的泡穿穿孔器起源于ABDM深。它们在达到皮肤之前绕过肌肉,在颈部中颈部的颈部中的大部分节点提供。虽然Sublevel IB位于最具手术可访问的次级节点。它们的大部分动脉供应从次粒子穿孔器横向到ABDM,而不是直接来自次粒子动脉。结论襟翼可以减少到原始区域的后三季度。应包括皮肤桨作为间接淋巴结显示器。如果要包括IA淋巴结,则应牺牲ABDM。

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