16例髋关节置换术后假体周围骨折及感染的处理与结果。2005-2015年工作经历

I. Babiak
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引用次数: 0

摘要

介绍。假体周围骨折(PPF)合并假体周围关节感染(PJI)是全髋关节置换术(THR)和全膝关节置换术(TKA)的严重并发症。材料和方法。结果对16例患者(17例假体)进行评价,年龄35 ~ 82岁,其中8例为THR术后感染及骨折,9例为TKA术后手术。观察期3 ~ 13年,平均6.5年。感染病原学:金黄色葡萄球菌(11),葡萄球菌。骨折的稳定方法有:环扎术、Partridge胶带、丙烯酸水泥桥板系统(ALAC)、带螺钉的1-2钢板、环扎术和带ALAC的钉(2)、Integracja钢板、带ALAC间隔器的股胫钉作为膝关节融合术,在钉上构造髓内ALAC间隔器。已经进行了THR和TKA修正:2期(8例),1期(1例),最终移除假体(5例),不重新植入间隔器(1例),清创(1例),将全股假体转化为永久性全股ALAC间隔器(1例)。12例感染治愈,9例骨折愈合。进行了2例截肢。保留10个假体,取出5个。治疗后肢体功能:非常好(1例),良好(7例),一般(6例),截肢后较差(2例)。在每一例骨折和感染病例中,除了固定骨折外,还应对假体进行翻修,在假体和骨折接合处附近使用间隔器或局部抗生素载体。用钢板、髓内钉或带柄的间隔器稳定固定骨折是愈合和治愈感染的必要条件。在假体不稳定的感染假体周围骨折中,使用ALAC覆盖的长髓内柄延伸的间隔器,添加5%的靶向抗生素,可以获得良好的骨折愈合和感染治愈条件。
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Management and results in 16 cases of periprosthetic fracture and infection after hip and knee arthroplasty. Experience in 2005-2015
Introduction. Periprosthetic fracture (PPF) with periprosthetic joint infection (PJI) is a serious complication of both total hip replacement (THR) and total knee artthoplasty (TKA). Materials and methods. Results were evaluated in 16 patients (17 prostheses) aged 35-82 years, operated due to infection and fracture after THR (8) and TKA (9). Observation period 3-13 years (average 6.5 years). Etiology of infection: S. aureus (11), Staph. epidermidis (3), VRE (1), Pseudomonas aeruginosa (1), E. Coli (1). Fractures have been stabilised with: cerclage, Partridge tapes, Bridgeplate system with acrylic cement with antibiotic (ALAC), 1-2 plates with screws, cerclage and nail with ALAC (2), Integracja plate, femoro-tibial nail with ALAC spacer as knee arthrodesis, intramedullary ALAC spacer constructed on a nail. There have been performed THR and TKA revisions: 2-stage (8), 1-stage (1), definitive removal of prosthesis (5), spacer without reaimplantation (1), debridement (1), conversion of the total femoral prosthesis into a permanent total femoral ALAC spacer (1). Results. Cure of infection in 12 and fracture healing was achieved in 9 patients. There were performed 2 amputations. 10 prostheses were preserved and 5 were removed. Limb function after treatment: very good (1), good (7), sufficient (6), bad - after amputation (2). Conclusions. In each case of fracture and infection, apart from the fixation of the fracture, revision of the endoprosthesis should be performed, using a spacer or local carriers of antibiotics near the endoprosthesis and fracture ostheosynthesis. A stable fixation of fracture with plate, intramedullary nail or spacer with stem is necessary to get union and cure the infection. In infected periprosthetic fractures with unstable endoprosthesis, good conditions for fracture healing and cure of infection can be obtained by using a spacer extended with a long intramedullary stem covered with ALAC with a 5% addition of a targeted antibiotic.
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