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Allograft and autograft for ACL reconstruction lead to similar clinical outcomes
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SPORTS MEDICINE

Allograft versus autograft for anterior cruciate ligament reconstruction: an up-to-date meta-analysis of prospective studies
Verified
This report has been verified by one or more authors of the original publication.
High Impact
この研究はハイインパクトの可能性があります。 OEのAI駆動型ハイインパクト指標は、論文が掲載されたジャーナルと論文自体の科学的内容の両方からのシグナルを統合することで、論文が持つ可能性の高い影響力を推定します。 最先端の自然言語処理を用いて開発されたOEハイインパクトモデルは、ジャーナルのインパクトファクターのみよりも、研究の将来の引用実績をより正確に予測します。 これにより、臨床的に意義のある研究をより早く認識することが可能になり、読者は将来の診療を形成する可能性が最も高い論文に集中することができます。

OrthoEvidence Journal (OE Journal) - ACE Report

OE Journal. 2013;1(4):52 Int Orthop. 2013 Feb;37(2):311-20. doi: 10.1007/s00264-012-1720-5. Epub 2012 Dec 4

寄稿者

J Hu J Qu D Xu J Zhou H Lu

Nine studies (818 patients) were identified to compare the clinical outcomes of allograft versus autograft for anterior cruciate ligament (ACL) reconstruction. No significant differences in clinical outcomes were identified between the two treatments to determine which was more optimal for ACL reconstruction. However, subgroup analysis revealed that reconstruction with bone-patellar tendon-bone (BPTB) autograft may allow patients to return to higher levels of activity when compared to BPTB allograft.


出版資金提供の詳細 +
資金提供:
Non-Industry funded
スポンサー:
The National Natural Science Foundation of China
コンフリクト:
None disclosed

バイアスのリスク

10/10

報告基準

18/20

脆弱性指数

N/A

Were the search methods used to find evidence (original research) on the primary question or questions stated?

Was the search for evidence reasonably comprehensive?

Were the criteria used for deciding which studies to include in the overview reported?

Was the bias in the selection of studies avoided?

Were the criteria used for assessing the validity of the included studies reported?

Was the validity of all of the studies referred to in the text assessed with use of appropriate criteria (either in selecting the studies for inclusion or in analyzing the studies that were cited)?

Were the methods used to combine the findings of the relevant studies (to reach a conclusion) reported?

Were the findings of the relevant studies combined appropriately relative to the primary question that the overview addresses?

Were the conclusions made by the author or authors supported by the data and or analysis reported in the overview?

How would you rate the scientific quality of this evidence?

はい = 1

不確実=0.5

無関係 = 0

いいえ = 0

報告基準評価では、著者が出版物内で試験の方法論的特徴や試験特性を報告する際の透明性を評価します。評価は以下の5つのカテゴリーに分類されます。

4/4

Introduction

4/4

Accessing Data

4/4

Analysing Data

3/4

Results

3/4

Discussion

Detsky AS, Naylor CD, O'Rourke K, McGeer AJ, L'Abbé KA. J Clin Epidemiol. 1992;45:255-65

Fragility Indexは、重要な所見の解釈を助けるツールで、結果の強さの尺度を提供します。Fragility Indexは、その所見が有意でなくなるために、二項対立の結果に追加する必要がある連続した事象の数を表します。数値が小さいほど弱い所見を表し、数値が大きいほど強い所見を表します。

なぜ今この研究が必要なのですか?

ACL reconstruction is the primary treatment option for ACL ruptures to prevent knee instability. However, it is still uncertain whether allografts provide similar results as autografts for ACL reconstruction. The majority of the past systematic reviews reporting these treatments have been based on low-quality studies. With the publication of new randomized trials since the latest systematic review, this meta-analysis aimed to evaluate the clinical outcomes of allografts versus autografts for ACL reconstruction.

主な研究課題は何ですか?

Which treatment - allografts or autografts - for ACL reconstruction led to better clinical outcomes?

研究の特徴 +
データソース:
The following electronic databases (from 1980 to October 2012) were searched: PubMed, Embase, Scopus, Cochrane Central Register of Controlled Trials, and Cochrane Database of Systematic Reviews.
索引用語:
("anterior cruciate ligament" or "ACL") AND ("autograft" and "allograft").
研究の選択:
The selection criteria were as follows: 1) a prospective comparative study; 2) patients with a unilateral ACL rupture in need of primary ACL reconstruction; 3) bone-patellar tendon-bone (BPTB) autograft compared to BPTB allograft, or soft-tissue autograft compared to soft-tissue allograft; 4) minimum 2 year follow-up; and 5) included any clinically relevant subjective and objective outcomes (stability, functional, and patient-oriented outcomes as well as morbidity). Studies were excluded if: 1) the study was a case-control study, retrospective cohort study, or case series; 2) the study used gamma irradiation in allografts; 3) the study compared BPTB grafts to soft-tissue grafts.
データ抽出:
Using a pre-developed data extraction table, data were extracted independently from each eligible study by two reviewers. Any discrepancies between the extracted data were resolved through consensus.
データ統合:
Data analysis was performed through RevMan 5.1. In order to pool results, a random-effects model was used. Risk ratio (RR) was used as a summary statistic to perform statistical analysis of dichotomous variables, while the mean difference (MD) was used to analyze continuous variables. The chi-square and I-square tests were used to evaluate statistical heterogeneity between trials, with significance set at P < 0.10. Lastly, a subgroup analysis was performed to identify the potential differences in graft type (BPTB grafts or soft-tissue grafts).

重要な知見は?

  • 9 studies (410 patients in the autograft and 408 patients in the allograft group) were included in this meta-analysis; 4 studies were randomized controlled studies (RCTs) and 5 were prospective cohort studies.
  • Analysis from 6 studies revealed the risk ratio for KT-1000/2000 side-to-side difference >5 mm was 1.19 in favour of allograft (95% CI, 0.63 to 2.24); however, the results were not significant (P = 0.59).
  • According to 6 studies, the risk ratio for abnormal Lachman test (grade >0) was 0.88 in favour of autograft (95% CI, 0.64 to 1.2); the results were not deemed significant (P = 0.41).
  • 7 studies indicated that the risk ratio for abnormal Pivot Shift test (grade >0) was 0.97 in favour of autograft (95% CI, 0.64 to 1.46); however, the results were not significant (P = 0.88).
  • In regards to objective IKDC scores, analysis from 7 studies revealed that the risk ratio for being considered abnormal or severely abnormal was 0.96 favouring autograft (95% CI, 0.6 to 1.54); the results were not statistically significant (P = 0.87).
  • 3 studies revealed a mean difference of 0.3 on Lysholm scores in favour of autograft (95% CI, -1.97 to 2.57), where the results were not significant (P = 0.79); the same 3 studies indicated a mean difference of 0.25 on Tegner scores in favour of autograft (95% CI, -0.01 to 0.52), where the results were not significant (P = 0.06).
  • The subgroup analysis of Tegner scores by only pooling 4 studies involving BPTB grafts estimated a mean difference of 0.5 in favour autograft (95% CI, 0.15 to 0.85; P = 0.005).
最も覚えておくべきことは?

This meta-analysis revealed that ACL reconstruction with allografts or autografts led to similar clinical outcomes. However, subgroup analysis indicated that reconstruction with BPTB autograft may allow patients to return to higher levels of activity in comparison with BPTB allograft.

それが私の患者ケアにどのように影響するか?

There was insufficient evidence to determine which graft technique was superior for ACL reconstruction. These results suggest equivocal clinical results for allograft and autograft overall, although bone patellar tendon bone autografts may be superior to allograft for return to high-level activity. Future research involving high-quality RCTs with specified age and activity are required to further evaluate the outcomes of these two treatments.

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引用方法 ACE Report

OrthoEvidence. Allograft and autograft for ACL reconstruction lead to similar clinical outcomes. OE Journal. 2013;1(4):52. Available from: https://myorthoevidence.com/AceReport/Show/allograft-and-autograft-for-acl-reconstruction-lead-to-similar-clinical-outcomes

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