Xu Yaowen, Zhao Meng, Xiang Jie, Chen Bin
Department of Health Management, Nanfang Hospital, Southern Medical University, Guangzhou 510515, China.
Department of Orthpaedics and Traumatology, Taihe Hospital, Shiyan 442000, China.
Nan Fang Yi Ke Da Xue Xue Bao. 2020 Mar 30;40(3):418-422. doi: 10.12122/j.issn.1673-4254.2020.03.22.
Pelvic arterial injuries caused by pelvic or acetabular fractures are rare (15%-20%), and the complication by external iliac artery (EIA) injuries is even rarer, which can result in a mortality rate as high as 75%-83%. The mechanism of major artery damage caused by pelvic or acetabular fractures remains unclear. We report our experience with surgical treatment of 4 patients with acetabular roof column fracture and EIA injury. All the 4 patients underwent injury control resuscitation and surgery after admission. One patient died of multiple organ dysfunction syndrome (MODS), and the other 3 patients recovered smoothly. In these cases, as we presume, the occurrence of acetabular roof column fracture caused the EIA, which was connected to the iliopsoas muscle through soft tissues such as the iliac fascia, to be pulled into the fracture space along with the iliopsoas muscle and was cut directly by the fracture end; the EIA may also be punctured during transport and fracture reduction. Although acetabular roof column fractures with EIA injuries rarely occur, the consequences can be fatal. In such cases, clinicians should be highly vigilant about the possibility of large vessel injuries, and its early detection using threedimensional vascular reconstruction based on CT vessels or arterial interventional angiography can be critical for implementation of early treatment to save the limbs.
骨盆或髋臼骨折所致的盆腔动脉损伤较为罕见(15%-20%),而髂外动脉(EIA)损伤导致的并发症更为罕见,其死亡率可高达75%-83%。骨盆或髋臼骨折导致大动脉损伤的机制尚不清楚。我们报告了4例髋臼顶柱骨折合并EIA损伤患者的手术治疗经验。4例患者均在入院后接受了损伤控制复苏和手术。1例患者死于多器官功能障碍综合征(MODS),其他3例患者顺利康复。在这些病例中,正如我们推测的那样,髋臼顶柱骨折的发生致使与髂腰肌通过髂筋膜等软组织相连的EIA随髂腰肌一同被牵拉至骨折间隙,并被骨折端直接切断;EIA在转运和骨折复位过程中也可能被刺破。虽然髋臼顶柱骨折合并EIA损伤很少发生,但其后果可能是致命的。在此类病例中,临床医生应高度警惕大血管损伤的可能性,基于CT血管成像的三维血管重建或动脉介入血管造影早期发现该损伤对于实施早期治疗以挽救肢体至关重要。