Maloney Christopher T, Wages David, Upton Joseph, Lee W P Andrew
Massachusetts General Hospital and the Children's Hospital Boston, Boston, Mass, USA.
Plast Reconstr Surg. 2003 May;111(6):1899-904. doi: 10.1097/01.PRS.0000056874.31920.7D.
Microvascular transfer of the omentum has several unique advantages for the reconstruction and revascularization of extremity wounds. The omentum provides well-vascularized, malleable tissue for reconstruction of extensive soft-tissue defects and has a long vascular pedicle (35 to 40 cm) with sizable vessels, which reduces some of the potential technical challenges of microsurgery. It can also be used for flow-through revascularization of ischemic distal extremities. The unique properties of the omentum make it an ideal tissue for the reconstruction of difficult extremity defects, allowing simultaneous reconstruction and revascularization. Experience with six free omental tissue transfers for upper-extremity and lower-extremity reconstruction is described. Three of the cases involved distal anastomoses to take advantage of the flow-through characteristics of the flap, providing distal arterial augmentation. All flaps accomplished the reconstructive goals of wound coverage and extremity revascularization. The omentum is a valuable, often overlooked tissue for the treatment of difficult extremity wounds.
大网膜微血管转移对肢体伤口的重建和血运重建具有若干独特优势。大网膜为广泛软组织缺损的重建提供了血管丰富、可塑形的组织,并且具有长血管蒂(35至40厘米)及粗大血管,这减少了显微外科手术的一些潜在技术挑战。它还可用于缺血性远端肢体的穿流血管重建。大网膜的独特特性使其成为重建困难肢体缺损的理想组织,可实现同时重建和血运重建。本文描述了6例用于上肢和下肢重建的游离大网膜组织转移经验。其中3例病例涉及远端吻合,以利用皮瓣的穿流特性,实现远端动脉增粗。所有皮瓣均实现了伤口覆盖和肢体血运重建的重建目标。大网膜是治疗困难肢体伤口的一种有价值但常被忽视 的组织。