Late Repair, One Year After a Knee Twisting Injury, of a Missed Femoral Trochlea Osteochondral Fragment, With Bioabsorbable Nails, in a 14-Year-Old Boy

P. Megremis, O. Megremis, R. Margariti
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引用次数: 5

Abstract

The authors report a case of a late repair of a missed, large, osteochondral fracture of the femoral trochlea in a 14-year-old boy due to lateral patellar dislocation after a twisting injury of the knee a year ago. The late—1 year after the knee injury—imaging assessment of the patient regarding radiograph images, CT scan, and MRI was misleading, misinterpreted, and failed to reveal this osteochondral fracture. The free osteochondral fragment was detected during diagnostic arthroscopy. Open reduction and fixation of the osteochondral fragment with bioabsorbable pins were done, and healing was achieved within an acceptable time. The patient's clinical and imaging examination with knee MRI, a year after the surgical treatment, was highly satisfactory. Fixation with bioabsorbable pins showed to be a worthwhile option in this case. The technique used was straightforward, with excellent short- and long-term results. Bioabsorbable pins may be used to restore successfully even an old, large osteochondral fracture in the immature skeleton.
14岁男孩膝扭伤一年后股骨滑车骨软骨碎片缺失的生物可吸收指甲晚期修复
作者报告了一例14岁男孩在一年前膝关节扭曲损伤后因外侧髌骨脱位导致股骨滑车骨软骨骨折的晚期修复。膝关节损伤后1年的影像学评估(包括x线片、CT扫描和MRI)被误导、误解,未能显示该骨软骨骨折。在诊断性关节镜检查时检测游离骨软骨碎片。使用生物可吸收的针将骨软骨碎片切开复位并固定,在可接受的时间内实现愈合。手术治疗一年后,患者的临床和膝关节MRI影像学检查非常令人满意。在这种情况下,生物可吸收的固定针是一种值得选择的方法。所使用的技术是直接的,具有良好的短期和长期的效果。生物可吸收针可用于成功地修复未成熟骨骼中的旧的、大的骨软骨骨折。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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