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首页> 外文期刊>Journal of shoulder and elbow surgery >Two-incision versus one-incision repair for distal biceps tendon rupture: A cadaveric study
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Two-incision versus one-incision repair for distal biceps tendon rupture: A cadaveric study

机译:二切口与一切口修复二头肌远端腱断裂:尸体研究

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Hypothesis: The purpose of this study was to accurately map the insertional footprint of the distal biceps tendon and to test our hypothesis that a superior anatomic repair can be achieved by a 2-incision technique when compared with a 1-incision technique. Methods: We randomly assigned 20 cadaveric arms to 1 of 2 groups: 1 incision (group I) or 2 incision (group II). The bicipital tuberosity was exposed through either a single anterior incision (group I) or a posterolateral approach (group II). A guide pin was placed into the tuberosity to mark the axis for creating a virtual bone tunnel. Each radius was harvested with the biceps insertion intact. The length, width, and area of the insertion footprint for each tendon were determined with a 3-dimensional computerized digitizer. A 7.5 mm-diameter virtual bone tunnel was centered over the drill hole created by the guidewire. The percentage of the virtual tunnel within the original footprint was determined. Results: The percentage of the virtual tunnel (repair site) within the original tendon footprint was 73.4% for the posterolateral approach and only 9.7% for the anterior approach. There was a statistically significant difference (P ≤.001) in the median values of footprint covered when the 2 types of repair were compared. Discussion and conclusion: The 2-incision technique results in a significantly improved anatomic repair of the biceps tendon to the original insertion site. Prospective clinical studies directly comparing the 2 techniques with regard to the strength of supination after repair may be helpful.
机译:假设:本研究的目的是准确绘制远端二头肌腱的插入足迹,并检验我们的假设:与1切口技术相比,2切口技术可实现出色的解剖修复。方法:我们将20具尸体手臂随机分配到2组中的1组:1个切口(I组)或2个切口(II组)。通过单个前切口(I组)或后外侧入路(II组)暴露二头肌结节。将导销放置在结节中,以标记用于创建虚拟骨骼隧道的轴。在完整插入二头肌的情况下收获每个半径。每个肌腱的插入足迹的长度,宽度和面积均由3维计算机数字化仪确定。一根直径为7.5毫米的虚拟骨隧道居中,位于由导丝形成的钻孔上方。确定了原始足迹内虚拟隧道的百分比。结果:后外侧入路在原始肌腱足迹内的虚拟隧道(修复部位)的百分比为73.4%,而前路入路仅为9.7%。比较两种修复方式后,覆盖的足迹中位数存在统计学上的显着差异(P≤.001)。讨论与结论:2切口技术可显着改善二头肌腱至原始插入部位的解剖修复。直接比较这两种技术在修复后旋后强度方面的前瞻性临床研究可能会有所帮助。

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