首页> 美国卫生研究院文献>Arthroscopy Techniques >The Double-Pulley Technique for Arthroscopic Fixation of Partial Articular-Side Bony Avulsion of the Supraspinatus Tendon: A Rare Case of Bony PASTA Lesion
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The Double-Pulley Technique for Arthroscopic Fixation of Partial Articular-Side Bony Avulsion of the Supraspinatus Tendon: A Rare Case of Bony PASTA Lesion

机译:双滑轮技术在关节镜下固定腓肠肌腱的部分关节侧骨撕脱:一例罕见的骨性PASTA病变

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摘要

We report the use of the double-pulley technique for arthroscopic fixation of the bony PASTA (partial articular surface tendon avulsion) lesion. Arthroscopic examination documented a 15-mm-long and 8-mm-wide comminuted bony avulsion with 2 main fragments. Two double-loaded suture anchors were placed with a transtendinous technique at the anterior and posterior edges of the lesion respecting the tendon insertion to the avulsed fragment. The medial sutures were retrieved through the intact supraspinatus tendon medially to the fracture. The sutures were initially coupled in a double-pulley configuration generating 2 sutures oriented from anterior to posterior; then a simple suture for each anchor oriented from medial to lateral was obtained. At the end of the procedure, the adequacy of reduction and stability of the fragments were confirmed. At 2 months from surgery, radiographic healing of the fracture was noted and integrity of the supraspinatus tendon insertion to the footprint was confirmed by arthro–magnetic resonance imaging, with full recovery of daily activities and complete active range of motion confirmed at 6 and 12 months. The double-pulley technique allows optimal reduction of bony fragments and reconstruction of normal footprint anatomy even in comminuted fractures. Moreover, it creates a waterproof reduction of the fragments, protecting the fracture site from synovial fluid.
机译:我们报道了使用双滑轮技术对骨PASTA(部分关节表面腱撕脱)病变进行关节镜固定。关节镜检查记录了15毫米长和8毫米宽的粉碎性骨撕脱伴两个主要碎片。考虑到肌腱插入到撕脱的碎片上,采用跨膜技术将两个双载荷缝合锚钉放置在病变的前边缘和后边缘。通过完整的上棘上肌腱向内侧取回内侧缝合线至骨折处。最初,这些缝合线以双皮带轮的形式耦合,生成了2条从前向后定向的缝合线。然后获得从内侧到外侧定向的每个锚的简单缝合线。在该过程的最后,证实了片段的还原性和稳定性。术后2个月,通过放射线磁共振成像证实了骨折的放射学愈合,并确认了棘上肌腱插入足印的完整性,并在6和12个月时证实了日常活动的完全恢复和活动的完全活动。即使在粉碎性骨折中,双滑轮技术也可以最佳地减少骨碎片并重建正常的脚印解剖结构。此外,它可减少碎片的防水性,保护骨折部位免受滑液的侵害。

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