游离组织移植原发性静脉移植物的临床特点。

Plastic Surgery International Pub Date : 2015-01-01 Epub Date: 2015-03-12 DOI:10.1155/2015/481402
Mitsuru Nemoto, Kenichi Kumazawa, Eiju Uchinuma, Natsuko Kounoike, Akira Takeda
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引用次数: 7

摘要

游离组织移植联合静脉移植的结果一直不一致,关于其适当使用的讨论仍在继续。在我们从2004年1月至2011年12月进行的142例游离组织移植中,我们回顾性分析了15例连续接受游离组织移植联合静脉移植的患者。病因包括创伤(8例)、感染(4例)和肿瘤(3例)。游离组织移植类型为腓骨(4例)、股前外侧(3例)、腹股沟(3例)、空肠(3例)、背阔肌(1例)和足背(1例)。静脉移植用于动脉(6例)、静脉(2例)或两者(7例)。供体静脉为隐静脉(12例)和颈外静脉(3例)。移植静脉平均长度为10.8 cm(范围4-18 cm)。尽管2例患者出现了充血并发症,但这些皮瓣通过重新探查存活了下来。静脉移植游离皮瓣15例(100%),而不需要静脉移植的游离皮瓣127例(97.6%)中有124例(97.6%)。为了提高游离组织移植联合静脉移植的成功率,确保健康的受体血管、细致的手术处理、可靠的血管吻合技术和严格的术后监测是至关重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Clinical features of primary vein grafts in free tissue transfers.

Clinical features of primary vein grafts in free tissue transfers.

Clinical features of primary vein grafts in free tissue transfers.

Clinical features of primary vein grafts in free tissue transfers.

The outcomes of free tissue transfers combined with vein grafts have been inconsistent, and discussions continue regarding their appropriate use. Of the 142 free tissue transfers that we performed from January 2004 to December 2011, we retrospectively analyzed 15 consecutive patients who underwent free tissue transfers in combination with vein grafts. Etiologies included trauma (8 patients), infection (4), and tumor (3). Types of free tissue transfers were fibula (4), anterolateral thigh (3), groin (3), jejunum (3), latissimus dorsi (1), and dorsal pedis (1). Vein grafts were used for the artery (6), vein (2), or both (7). The donor veins were the saphenous vein (12) and the external jugular vein (3). The mean length of the grafted veins was 10.8 cm (range: 4-18 cm). Even though complications of congestion occurred in 2 patients, these flaps survived by reexploration. The flap success rate was 15 of 15 (100%) of vein grafted free flaps versus 124 of 127 (97.6%) of free flaps not requiring vein grafts. To improve the success rate of free tissue transfers combined with vein grafts, securing healthy recipient vessels, meticulous surgical handling, a reliable vascular anastomosis technique, and strict postoperative monitoring are crucial.

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