Eastman Alexander L, Miller April
US Department of Homeland Security, Irving, Texas, USA.
Uniformed Services University, Bethesda, Maryland, USA.
Trauma Surg Acute Care Open. 2025 Apr 14;10(Suppl 1):e001820. doi: 10.1136/tsaco-2025-001820. eCollection 2025.
Open pelvic fractures are a rare yet catastrophic injury pattern, often resulting from high-energy trauma such as motor vehicle collisions, motorcycle accidents, and pedestrian impacts. They account for only 2%-4% of all pelvic fractures, but their severity lies in the complex anatomy of the pelvis and its associated structures, including the vasculature, bowel, bladder, and genital organs. Mortality rates range from 15% to 50%, with some studies reporting rates as high as 70% in cases involving severe perineal or rectal injuries. These injuries pose two main risks to survival: hemorrhagic shock in the acute phase and pelvic sepsis during the later phases of recovery. Acute hemorrhage can occur from arterial injury (eg, internal iliac arteries), venous plexuses, or bony sources. Delayed deaths are often caused by sepsis due to fecal contamination of wounds or infected hematomas. Additionally, these fractures are often associated with other life-threatening injuries, including intra-abdominal trauma, genitourinary disruptions, and neurovascular compromise, further complicating their management. Management of these injuries has evolved significantly with advancements in hemorrhage control techniques such as preperitoneal pelvic packing and resuscitative endovascular balloon occlusion of the aorta. A multidisciplinary approach is essential to address the multifaceted challenges posed by these injuries.
开放性骨盆骨折是一种罕见但极具灾难性的损伤类型,通常由高能创伤引起,如机动车碰撞、摩托车事故和行人撞击。它们仅占所有骨盆骨折的2%-4%,但其严重性在于骨盆及其相关结构(包括血管、肠道、膀胱和生殖器官)的复杂解剖结构。死亡率在15%至50%之间,一些研究报告称,在涉及严重会阴或直肠损伤的病例中,死亡率高达70%。这些损伤对生存构成两大主要风险:急性期的失血性休克和恢复后期的盆腔感染。急性出血可源于动脉损伤(如髂内动脉)、静脉丛或骨质来源。延迟死亡通常是由伤口粪便污染或感染性血肿导致的感染引起的。此外,这些骨折常伴有其他危及生命的损伤,包括腹腔内创伤、泌尿生殖系统破裂和神经血管损伤,这进一步增加了治疗的复杂性。随着腹膜前骨盆填塞和主动脉复苏性血管内球囊阻断等出血控制技术的进步,这些损伤的治疗方法有了显著发展。多学科方法对于应对这些损伤带来的多方面挑战至关重要。