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Which Is The Optimum Surgical Strategy For Spondylolisthesis:Reduction Or Fusion In Situ?A Meta-analysis From 12 Comparative Studies

Posted on:2018-08-09Degree:MasterType:Thesis
Country:ChinaCandidate:G Y JiangFull Text:PDF
GTID:2334330515959628Subject:Clinical medicine
Abstract/Summary:PDF Full Text Request
Purpose:To compare the clinical outcomes and complications and radiographic outcomes of the two different surgical strategies(arthrodesis in situ and arthrodesis following reduction)for the surgical management of spondylolisthesis.Methods:After systematic searchthe PubMed,Ovid MEDLINE,Cochrane,and Embase databases,comparative studies were selected according to eligibility criteria.Checklists by Furlan and by The Newcastle-Ottawa quality assessment scale(NOS scale)were used to evaluate the risk of bias of the included randomized clinical trials(RCTs)and nonrandomized controlled studies,respectively.The final strength of evidence was expressed as different levels recommended by the GRADE Working Group.Results:Three RCTs.and nine comparative observational studies were identified.Low-quality evidence indicated that reduction group(RG)was not more effective than fusion in situ group for clinical satisfaction(OR 0.77,95%CI 0.39?1.54,P=0.46).and neurologic complication rate(OR 0.89,95%CI 0.38-2.03,P=0.78).In secondary outcomes,Low-quality evidence indicated that RG improved fusion rate(OR 2.66,95%CI 1.15?6.14,P=0.02).There was no significant difference in the other complication rate(OR 0.89,95%CI 0.44?1.79,P=0.63)and blood loss(WMD 14.22,95%Cl-9.53?37.79,P=0.24)between two groups.Statistical difference was found between the two groups with regard to slipping angle(WMD-6.33,95%CI-12.60?-0.06,P=0.05).Conclusions:There was no definite benefit of reduction over fusion in situ in clinical satisfaction rate and neurologic complication rate.The fusion rate significantly improved while the slipping angle considerably decreased postoperation in reduction group.
Keywords/Search Tags:Meta-analysis, Spondylolisthesis, Reduction and fusion in situ
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