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拇长屈肌腱皮下转位术:是否为肌腱修复提供了更长的长度?一项尸体研究。

Subcutaneous Transposition of the Flexor Pollicis Longus: Does It Provide Increased Length for Tendon Repair? A Cadaveric Study.

机构信息

Columbia University Medical Center, New York, NY, USA.

出版信息

Hand (N Y). 2020 Nov;15(6):828-830. doi: 10.1177/1558944719837014. Epub 2019 Mar 20.

Abstract

Flexor pollicis longus (FPL) tendon lacerations typically occur via sharp mechanisms such as knife injury. When the injury is chronic, it may be difficult to perform a tension free repair, and tendon lengthening may be required. This article proposes a technique that transposes the proximal tendon stump over the thenar eminence subcutaneously, out of the carpal tunnel, in an attempt to gain additional tendon length by eliminating the sharp turn the FPL takes. A total of 17 cadaveric hands were used. The FPL tendon was identified and affixed to soft tissue in the distal forearm as well as at the thumb metacarpophalangeal (MP) joint with hypodermic needles. The tendon was then transected at the level of the MP joint of the thumb, removed from the carpal tunnel, and transposed on top of the thenar eminence to reach where it had been transected. The length gained by transposing the tendon was recorded by measuring the overlap of the tendon ends at the MP joint. The mean amount lengthened was 7.6 mm with a standard deviation of 2.4 mm, ranging from as little as 5 mm to as high as 13 mm. To our knowledge, transposition of FPL tendon is a novel technique that has not been reported. Based on our cadaveric study, it can be used to bridge gaps between approximately 5 mm and 10 mm. Clinically, this amount of gap could potentially be more easily managed by simply making the repair tighter than usual as opposed to transposing the tendon.

摘要

拇长屈肌腱(FPL)撕裂通常由锐器伤等锐利机制引起。当损伤为慢性时,可能难以进行无张力修复,可能需要进行肌腱延长。本文提出了一种将近侧肌腱残端经皮下越过大鱼际皮下,穿出腕管的技术,试图通过消除 FPL 所采取的锐角来获得额外的肌腱长度。总共使用了 17 具尸体手。在远侧前臂和拇指掌指(MP)关节处用皮下针将 FPL 肌腱固定在软组织上。然后在拇指 MP 关节水平将肌腱切断,从腕管中取出,并转移到大鱼际上方,直到切断的位置。通过测量 MP 关节处肌腱末端的重叠来记录肌腱转移获得的长度。转移肌腱的平均延长长度为 7.6mm,标准差为 2.4mm,范围从 5mm 到 13mm 不等。据我们所知,FPL 肌腱的转位是一种尚未报道的新技术。根据我们的尸体研究,它可用于桥接大约 5mm 到 10mm 的间隙。临床上,这种间隙量可能更容易通过简单地使修复比平时更紧来处理,而不是转移肌腱。

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本文引用的文献

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