Wang Danru, Levin L Scott
Division of Plastic, Reconstructive, Maxillofacial and Oral Surgery, Duke University Medical Center, Durham, NC 27710, USA.
Injury. 2008 Sep;39 Suppl 3:S90-6. doi: 10.1016/j.injury.2008.05.021. Epub 2008 Aug 6.
Unlike congenital malformations or defects resulting from tumour ablation, trauma of the upper extremity is more complex to manage. Also because of the structural complexity of the upper extremity, tissue defects often result in exposure of vital structures such as bone, nerve, blood vessels and tendons. Thus, a successful reconstruction after upper extremity trauma must be approached with the goals of not only providing stable coverage but most importantly, restoring function. We present the state-of-the-art material on composite tissue transfer in upper extremity trauma. This chapter describes the modern philosophy of emergency wound management, the optimal timing of reconstruction, and the basic principles in selection of coverage tissue, as well as outlining the advantages, disadvantages, and indications of several most commonly used flaps. In our opinion, radical debridement followed by primary reconstruction is always the first choice when treating traumatic injuries. Microsurgical transplantation of composite tissue to the upper extremity results in the best wound coverage and early functional rehabilitation. Simultaneously, multicomponent reconstruction can also be achieved with minimal donor site morbidity and aesthetically acceptable donor sites.
与先天性畸形或肿瘤切除导致的缺陷不同,上肢创伤的处理更为复杂。此外,由于上肢结构复杂,组织缺损常导致骨骼、神经、血管和肌腱等重要结构暴露。因此,上肢创伤后的成功重建不仅要实现稳定覆盖,更重要的是恢复功能。我们展示了上肢创伤复合组织移植的最新材料。本章描述了急诊伤口处理的现代理念、重建的最佳时机、覆盖组织选择的基本原则,并概述了几种最常用皮瓣的优缺点及适应证。我们认为,对于创伤性损伤,彻底清创后一期重建始终是首选。将复合组织显微外科移植到上肢可实现最佳的伤口覆盖和早期功能康复。同时,多组分重建还能使供区并发症降至最低,且供区美观度可接受。