Molacek Jiri, Treska Vladislav, Baxa Jan, Certik Bohuslav, Houdek Karel
School of Medicine in Pilsen, Charles University in Prague, Vascular Surgery Department, University Hospital in Pilsen, Pilsen, Czech Republic;
School of Medicine in Pilsen, Charles University in Prague, Department of Imaging Techniques, University Hospital in Pilsen, Pilsen, Czech Republic.
Aorta (Stamford). 2014 Jun 1;2(3):93-9. doi: 10.12945/j.aorta.2014.14-004. eCollection 2014 Jun.
Infection of the aorta is rare but potentially very dangerous. Under normal circumstances the aorta is very resistant to infections. Following some afflictions, the infection can pass to the aorta from blood or the surrounding tissues. The authors present their 5-year experience with therapy of various types of infections of the abdominal aorta.
In the 5-year period between January 2008 and December 2012, the Surgical Clinic of the University Hospital in Pilsen treated 17 patients with acute infection of the abdominal aorta. They included 9 males and 8 females. The mean age was 73.05 years (58-90). The most common pathogens were Salmonella (7), Staphylococcus aureus (2), Klebsiella pneumoniae (1), Listeria monocytogenes (1), and Candida albicans (1). Two cases included mixed bacteria and no infectious agent was cultured in three cases. In 14 cases (82.6%) we decided on an open surgical solution, i.e., resection of the affected abdominal aorta, extensive debridement, and vascular reconstruction. In all of these 14 cases we decided on in situ reconstruction. Twelve cases were treated using silver-impregnated prostheses. An antibiotic impregnated graft was used in one case and fresh aortic allograft in one case. In one case (5.9%) we decided on an endovascular solution, i.e., insertion of a bifurcation stent graft and prolonged antibiotic therapy. In two cases (11.8%) we decided on conservative treatment, as both patients refused any surgical therapy.
Morbidity was 47.2% (8 patients). In one case we had to perform reoperation of a patient on the 15th postoperative day to evacuate the postoperative hematoma. The 30-day mortality was 5.9% (1 patient). The hospital mortality was 11.8% (2 patients). One patient died on the 42nd postoperative day due to multiorgan failure following resection of perforated aortitis. During follow-up (average 3.5 years), we had no case of infection or thrombosis of the vascular prosthesis.
Patients with mycotic aneurysms or acute aortitides face a high risk of death. One can legitimately expect an increase of "aortic infections" to parallel the increase of immunocompromised individuals. Surgical procedures for infectious aortitis are always demanding and require excellent interdisciplinary cooperation, but, as this experience shows, can lead to midterm survival.
主动脉感染罕见但潜在危险性极大。在正常情况下,主动脉对感染具有很强的抵抗力。在某些疾病之后,感染可从血液或周围组织蔓延至主动脉。作者介绍了他们在治疗各种类型腹主动脉感染方面的5年经验。
在2008年1月至2012年12月的5年期间,皮尔森大学医院外科诊所治疗了17例腹主动脉急性感染患者。其中男性9例,女性8例。平均年龄为73.05岁(58 - 90岁)。最常见的病原体为沙门氏菌(7例)、金黄色葡萄球菌(2例)、肺炎克雷伯菌(1例)、单核细胞增生李斯特菌(1例)和白色念珠菌(1例)。2例为混合细菌感染,3例未培养出感染病原体。14例(82.6%)患者我们决定采用开放手术方案,即切除受累的腹主动脉、广泛清创及血管重建。在这14例患者中我们均决定采用原位重建。12例使用含银假体治疗。1例使用抗生素浸渍移植物,1例使用新鲜主动脉同种异体移植物。1例(5.9%)患者我们决定采用血管腔内治疗方案,即植入分叉型支架移植物并延长抗生素治疗时间。2例(11.8%)患者我们决定采用保守治疗,因为这2例患者均拒绝任何手术治疗。
发病率为47.2%(8例患者)。1例患者在术后第15天因术后血肿需要再次手术清除。30天死亡率为5.9%(1例患者)。医院死亡率为11.8%(2例患者)。1例患者在切除穿孔性主动脉炎后因多器官功能衰竭于术后第42天死亡。在随访期间(平均3.5年),我们未发现血管假体感染或血栓形成的病例。
真菌性动脉瘤或急性主动脉炎患者面临着很高的死亡风险。人们可以合理预期“主动脉感染”的增加将与免疫功能低下个体数量的增加同步。感染性主动脉炎的外科手术总是具有挑战性,需要出色的多学科合作,但正如本经验所示,可实现中期生存。