Using screws from glycosyled lactic acid (PLGA) in the treatment of calcaneus fractures

Q4 Medicine
S. Linnik, A. A. Shuginov, A. V. Nikitin, V. V. Usikov, K. V. Filippov, I. Kucheev, Y. Tsololo, I. Russu, M. Kvinikadze
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引用次数: 0

Abstract

The OBJECTIVE was to improve the results of treatment of heel bone fracture by using screws made of glycosylated lactic acid. METHODS AND MATERIALS. The examination and treatment methods as well as the results of surgical treatment of 89 patients diagnosed with a heel bone fracture were analysed. Depending on the type of fractures, all the patients were divided into 4 groups according to Sanders. RESULTS. We studied the short-term (100 %) and long-term (82.5 %) results of treatment of patients using the point-based assessment systems – the Foot Function Index (FFI) scale, and the Clinical rating system for the Ankle and Hindfoot scale. CONCLUSION. The current study showed that the use of bioimplants along with classical osteosynthesis is one of the advanced technologies in traumatology and orthopedics, which allows to expand the possibilities of surgical fixation of heel bone fractures.
糖基乳酸(PLGA)螺钉治疗跟骨骨折
目的:提高糖基化乳酸螺钉治疗跟骨骨折的效果。方法和材料。分析了89例跟骨骨折的检查、治疗方法及手术治疗结果。根据骨折类型,将所有患者按照Sanders分为4组。结果。我们使用基于点的评估系统-足功能指数(FFI)量表和踝关节和后足量表的临床评分系统研究了患者的短期(100%)和长期(82.5%)治疗结果。结论。目前的研究表明,生物植入物与传统的骨融合是创伤学和骨科的先进技术之一,它可以扩大手术固定跟骨骨折的可能性。
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来源期刊
CiteScore
0.30
自引率
0.00%
发文量
40
审稿时长
8 weeks
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