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首页> 外文期刊>The journal of knee surgery >Metal-Backed Tibial Components Do Not Reduce Risk of Early Aseptic Loosening in Unicompartmental Knee Arthroplasty: A Systematic Review and Meta-Analysis
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Metal-Backed Tibial Components Do Not Reduce Risk of Early Aseptic Loosening in Unicompartmental Knee Arthroplasty: A Systematic Review and Meta-Analysis

机译:金属背衬的胫骨组分不会降低Unicprateal膝关节置换术中早期无菌松动的风险:系统评价和荟萃分析

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摘要

Long-term results of unicompartmental knee arthroplasty (UKA) have shown a slightly higher revision rate than total knee arthroplasty (TKA), and implant fixation geometry seems to affect prosthetic survivorship. Whether metal-backed tibial component leads to superior performance over the all-polyethylene design is unclear, and a lack of evidence exists in literature. Our purpose was to demonstrate which implant design of UKA (all-polyethylene or metal-backed tibial component) is clinically superior regarding revision rates and clinical functioning, and investigate the role of potential factors that could affect the revision rate. A systematic review was conducted for clinical studies comparing all-polyethylene and metal-backed tibial components used in primary UKAs in terms of revision rates and clinical scores. Meta-regression techniques were used to explore factors modifying the observed effect. All causes of revision were extracted and analyzed, to find statistically significant differences between the two groups. Our research strategy generated a systematic review of nine studies comprising 1,101 UKAs in 1,088 patients with 87 revisions for any reason. Meta-analysis showed a higher, but not statistically significant, risk of aseptic revision in the all-polyethylene group. Studies with a smaller sample size and higher percentage of female patients were correlated to a higher relative risk of revision in favor of all-polyethylene UKAs. Differently, patients' age and duration of follow-up did not influence the risk ratio. The main cause for revision was aseptic loosening in both implants' component, with no statistically differences in the two groups examined. Our results do not show a superiority of the metal-backed tibial component in UKAs in terms of survivorship, although extreme care must be given for patients with high risk of early failure, such as female patients. However, surgical experience, in combination with careful patient selection, remains paramount and may lead to better long-term outcomes in patients requiring UKA. This is a Level III, therapeutic study.
机译:单位膝关节锥形术(UKA)的长期结果显示出比膝关节置换术(TKA)略高的修正率,植入物固定几何形状似乎影响了假体生存。金属背衬的胫骨组分是否导致卓越的性能,全聚乙烯设计尚不清楚,文学中缺乏证据。我们的目的是证明UKA的植入物设计(全聚乙烯或金属背侧胫骨组分)在临床上,关于修订率和临床功能,并调查可能影响修订率可能影响的潜在因素的作用。对临床研究进行了系统审查,比较了在修订率和临床评分方面对主UKAS中使用的全聚乙烯和金属背侧胫骨组分进行了临床研究。使用元回归技术用于探讨修改观察到的效果的因素。提取并分析了修订的所有原因,在两组之间找到统计上显着的差异。我们的研究策略在1,088名患者中产生了对九项研究的系统审查,其中1,088名UKAS为87名修订。 Meta分析显示全聚乙烯组中无菌修正的较高但没有统计学意义的风险。具有较小样品尺寸和更高百分比的女性患者的研究与对所有聚乙烯UKAS有利的更高的相对性风险相关。不同地,患者的年龄和随访的持续时间没有影响风险比。修复的主要原因是植入物组分中无菌松动,两组审查的统计学差异。我们的结果在救援方面没有表现出UKAS的金属背侧胫骨成分的优势,尽管必须为早期失败风险高的患者提供极度保健,例如女性患者。然而,手术经验与细心的患者选择相结合,仍然是至关重要的,可能导致需要UKA的患者的长期结果。这是III级,治疗研究。

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