Orthopaedic Department, Sohag Teaching Hospital, General Organization for Teaching Hospitals and Institutes, Nile St., Sohag, Egypt.
Foot Ankle Surg. 2011 Sep;17(3):131-5. doi: 10.1016/j.fas.2010.03.002. Epub 2010 Apr 2.
Lack of the timely mechanical loading of the repaired tendon is detrimental for healing progress. The current knowledge knows the appropriate time for the mechanical loading, but need to find out a suitable tool for this purpose. Therefore we present a technique based on using of an absorbable reinforcement device for tension regulation at the suture line.
24 patients with open tear of Achilles tendon were repaired surgically, the repair was reinforced using an absorbable suture and the outcomes were prospectively assessed at 24 months.
No tendon lengthening or reruptures were reported; patients returned to pre-injury daily activates by fourth month. One patient reported 1cm atrophy of the calf, scar adhesion Grade 1 and ankle dorsiflexion decreased 5°.
Restoration of the continuity and actual length of repaired tendons support use of the absorbable reinforcement device for regulation of the mechanical environment at the suture line.
修复后的肌腱缺乏及时的机械负荷会对愈合进程不利。目前已经了解了适当的机械加载时间,但需要为此目的找到合适的工具。因此,我们提出了一种基于使用可吸收增强装置来调节缝线处张力的技术。
对 24 例开放性跟腱撕裂患者进行手术修复,使用可吸收缝线进行加固,并在 24 个月时进行前瞻性评估。
无肌腱延长或再断裂报告;患者在第四个月恢复到受伤前的日常活动。一名患者报告小腿 1cm 萎缩,疤痕粘连 1 级,踝关节背屈减少 5°。
修复后的肌腱连续性和实际长度的恢复支持使用可吸收增强装置来调节缝线处的机械环境。