Sabino Jennifer M, Slater Julia, Valerio Ian L
Department of Plastic and Reconstructive Surgery, Walter Reed National Military Medical Center, Bethesda, Maryland.; Department of Plastic and Reconstructive Surgery, The Johns Hopkins University School of Medicine, Baltimore, Maryland.
Department of Plastic and Reconstructive Surgery, The Johns Hopkins University School of Medicine , Baltimore, Maryland.
Adv Wound Care (New Rochelle). 2016 Sep 1;5(9):403-411. doi: 10.1089/wound.2015.0656.
Reconstruction of traumatic injuries requiring tissue transfer begins with aggressive resuscitation and stabilization. Systematic advances in acute casualty care at the point of injury have improved survival and allowed for increasingly complex treatment before definitive reconstruction at tertiary medical facilities outside the combat zone. As a result, the complexity of the limb salvage algorithm has increased over 14 years of combat activities in Iraq and Afghanistan. Severe poly-extremity trauma in combat casualties has led to a large number of extremity salvage cases. Advanced reconstructive techniques coupled with regenerative medicine applications have played a critical role in the restoration, recovery, and rehabilitation of functional limb salvage. The past 14 years of war trauma have increased our understanding of tissue transfer for extremity reconstruction in the treatment of combat casualties. Injury patterns, flap choice, and reconstruction timing are critical variables to consider for optimal outcomes. Subacute reconstruction with specifically chosen flap tissue and donor site location based on individual injuries result in successful tissue transfer, even in critically injured patients. These considerations can be combined with regenerative therapies to optimize massive wound coverage and limb salvage form and function in previously active patients. Traditional soft tissue reconstruction is integral in the treatment of war extremity trauma. Pedicle and free flaps are a critically important part of the reconstructive ladder for salvaging extreme extremity injuries that are seen as a result of the current practice of war.
需要组织移植的创伤性损伤的重建始于积极的复苏和稳定。在受伤现场急性伤员护理方面的系统性进展提高了生存率,并使得在战区外的三级医疗机构进行最终重建之前能够开展日益复杂的治疗。因此,在伊拉克和阿富汗长达14年的作战行动中,肢体挽救方案的复杂性有所增加。战斗伤员中的严重多肢体创伤导致了大量的肢体挽救病例。先进的重建技术与再生医学应用在功能性肢体挽救的修复、恢复和康复中发挥了关键作用。过去14年的战争创伤增进了我们对在战斗伤员治疗中进行肢体重建的组织移植的理解。损伤模式、皮瓣选择和重建时机是实现最佳结果需要考虑的关键变量。根据个体损伤情况,选用特定的皮瓣组织和供区位置进行亚急性重建,即使是重伤患者也能成功进行组织移植。这些考虑因素可与再生疗法相结合,以优化大面积伤口覆盖以及恢复先前活跃患者的肢体挽救形态和功能。传统的软组织重建在战争肢体创伤的治疗中不可或缺。带蒂皮瓣和游离皮瓣是重建阶梯的重要组成部分,用于挽救因当前战争实践而出现的极端肢体损伤。