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首页> 外文期刊>Injury >Management of displaced inferior patellar pole fractures with modified tension band technique combined with cable cerclage using Cable Grip System
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Management of displaced inferior patellar pole fractures with modified tension band technique combined with cable cerclage using Cable Grip System

机译:用电缆握把系统改装张力技术与电缆塞列相结合的张紧带技术的流离失所劣质髌骨骨折

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Abstract Introduction We present a modified tension band technique combined with cable cerclage using Cable Grip System for the treatment of displaced inferior patellar pole fractures and report the knee functional outcome. Patients and methods The patients who had had operative treatment of a displaced inferior patellar pole fracture (AO/OTA 34-A1) between December 2013 and December 2015 were studied retrospectively. Eleven consecutive patients had had open reduction and internal fixation with the modified technique using Cable Grip System, of whom, five males and six females with an average age of 60.9 years (range, 29–81 years). All fractures occurred from direct fall onto the knee. The average time from injury to surgery was 6.1days (range, 2–12days). The range of motion (ROM) was measured in degrees by goniometry at postoperative intervals of 1, 2, 4, 12, and 48 weeks; Knee function was evaluated using the Rasmussen scores at final follow-up. Results No patients had nonunion, loss of reduction, migration of wire, irritation from the implant and fixation breakage during the follow-up period. Recovery of ROM was achieved at 12 weeks, with the average ROM at 1 week was 72° (range, 65°–78°), 86.4° (range, 78°–92°) at 2 weeks, 115.5° (range, 103°–122°) at 4 weeks, 129.6° (range, 122°–133°) at 12 weeks, 134.5° (range, 129°–139°) at 48 weeks after the operation. Concerning the knee function outcome assessment, all patients showed excellent results at final follow-up. The average Rasmussen scores was 27.9 out of 30 (range, 27–29). Conclusions The modified tension band technique combined with cable cerclage using Cable Grip System for displaced inferior patellar pole fractures can provide stable fixation with excellent results in knee function, allows for immediate mobilization and early weight-bearing, which is a simple and valuable technique in routine clinical practice. ]]>
机译:摘要介绍我们介绍了一种改进的张力带技术,使用电缆握把系统与电缆夹具进行处理,用于处理位移的劣质髌骨骨折并报告膝关节功能结果。回顾性地研究了2013年12月和2015年12月间患者治疗流离失所的劣质髌骨骨折(AO / OTA 34-A1)的患者。 11名连续患者使用电缆握把系统的改良技术开放和内部固定,其中五个男性和六个女性,平均年龄为60.9岁(范围,29-81岁)。所有骨折发生在直接落到膝盖上。从伤害到手术的平均时间为6.1天(范围,2-12天)。在术后间隔为1,2,4,12和48周的术后间隔以焦管测量测量运动范围(ROM);使用Rasmussen分数在最终随访中评估膝关节功能。结果患者没有undution,减少损失,电线迁移,随访期间植入物的刺激和固定断裂。在12周内实现ROM的回收率,平均rom在1周内为72°(范围,65°-78°),86.4°(范围,78°-92°),在2周,115.5°(范围,103 °-122°)在4周,12周,12周内129.6°(范围122°-133°),在操作后48周,134.5°(范围129°-139°)。关于膝关节函数评估,所有患者均在最终随访时显示出优异的结果。平均Rasmussen分数为27.9分,满分30分(范围,27-29)。结论改进的张​​力带技术与电缆夹具使用电缆夹具系统相结合,用于移位的下髌骨杆骨折可以提供稳定的固定,膝关节功能优异,允许立即动员和早期负重,这是一种简单而有价值的常规技术临床实践。 ]]>

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