Mathieu Laurent, Levadoux Michel, Landevoisin Emmanuel Soucany de, Windsor Tarun J McBride, Rigal Sylvain
Department of orthopedic traumatology reconstructive surgery, Percy Military Hospital, Clamart, France - Department of surgery, French Military Medical Academy, Ecole du Val-de-Grâce, Paris, France.
Hand surgery unit, Saint-Roch private clinic, Toulon, France.
SICOT J. 2018;4:9. doi: 10.1051/sicotj/2018004. Epub 2018 Mar 16.
Noncombat-related hand injuries are common in current theatres of operations. Crushing is one of the most frequent mechanisms that may cause traumatic amputations of digits. In the military setting, management of these digital amputations is challenging regarding limitation in microsurgical means in medical treatment facilities and aeromedical evacuation delays out of the combat zone.
Two cases of digital replantation performed in French forward surgical units are described. The first case was a complete distal amputation of the medius which was successfully replanted in the operating theatre of an aircraft carrier. No complication was observed after evacuation. Functional and aesthetic results were excellent. The second case was a ring finger avulsion revascularized in a role 2 facility in Central African Republic. Unfortunately, revascularization failed due to arterial thrombosis during evacuation.
Digital, hand or more proximal upper extremity replantation may be considered for isolated amputations due to work-related accidents within the combat zone. For a surgeon trained to microsurgery, a microsurgical set and magnification loupes enable to attempt such procedures in austere conditions.
The authors propose an algorithm of management in the field according to the type and level of amputation.
在当前的作战区域,与非战斗相关的手部损伤很常见。挤压是可能导致手指外伤性截肢的最常见机制之一。在军事环境中,对于这些手指截肢的处理,在医疗设施中显微外科手段有限以及从战区进行空中医疗后送延迟方面都具有挑战性。
描述了在法国前方外科部队进行的两例手指再植病例。第一例是中指完全远端截肢,在航空母舰的手术室成功进行了再植。后送后未观察到并发症。功能和美学效果极佳。第二例是在中非共和国的二级医疗设施中进行再血管化的无名指撕脱伤。不幸的是,由于后送期间动脉血栓形成,再血管化失败。
对于因战区内与工作相关的事故导致的孤立性截肢,可考虑进行手指、手部或更靠近近端的上肢再植。对于接受过显微外科培训的外科医生,一套显微外科器械和放大 loupes 在简陋条件下能够尝试进行此类手术。
作者根据截肢的类型和水平提出了一种现场处理算法。