首页> 外文期刊>Knee surgery, sports traumatology, arthroscopy: official journal of the ESSKA >Failure strength of repair devices versus meniscus suturing techniques.
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Failure strength of repair devices versus meniscus suturing techniques.

机译:修复设备与弯月形缝合技术的失效强度。

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The purpose of this study was to compare the load to failure of different common suturing techniques with repair devices. Seventy-one calf medial menisci were cut to simulate peripheral longitudinal tears and repaired with one of 13 repair techniques. The two parts of the meniscus were pulled using the Instron tensometer until failure occurred. The techniques and repair devices tested were vertical (0 PDS, 2-0 PDS, 2-0 Ethibond), horizontal (0 PDS, 2-0 PDS, 2-0 Ethibond) suturing, T-fix, Mitek, Clearfix screw, Clearfix dart, Biostinger, S-D-sorb, and Artrex dart. The strongest repair method in our study was the vertical sutures with 0 PDS. In this study the mean failure strength of all meniscal repair devices was lower than that of the vertical and horizontal suturing techniques. All meniscus repair devices except T-fix and in some the Arthrex dart (40% broken up) pulled out of the menisci. Devices which had only horizontally placed barbs had lower mean failure strength. Failure strength of T-fix was similar to horizontal sutures with 2-0 Ethibond and 2-0 PDS. In conclusion, because all meniscal repair devices had inferior results, when such devices are used, postoperative rehabilitation should not be hastened, and their inferior primary stability should be kept in mind.
机译:这项研究的目的是比较带有修复装置的不同常用缝合技术的载荷到破坏。切开七个小腿内侧半月板以模拟周围的纵向撕裂,并用13种修复技术之一进行修复。使用Instron张力计拉动弯月面的两个部分,直到发生故障。测试的技术和维修设备为垂直(0 PDS,2-0 PDS,2-0 Ethibond),水平(0 PDS,2-0 PDS,2-0 Ethibond)缝合,T-fix,Mitek,Clearfix螺钉,Clearfix飞镖,Biostinger,SD-sorb和Artrex飞镖。我们研究中最强的修复方法是PDS为0的垂直缝合线。在这项研究中,所有半月板修复装置的平均破坏强度均低于垂直和水平缝合技术。除T-fix和一些Arthrex飞镖(40%破碎)外,所有弯液面修复装置都从弯液面中抽出。仅水平放置倒钩的设备的平均破坏强度较低。 T型固定的破坏强度类似于使用2-0 Ethibond和2-0 PDS的水平缝合线。总之,由于所有半月板修复设备的效果均较差,因此在使用此类设备时,不应加快术后康复,并且应牢记其较差的主要稳定性。

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