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采用伊利扎洛夫技术修复骨间隙:生物学原理

Bridging bone gaps with the Ilizarov technique. Biologic principles.

作者信息

Alonso J E, Regazzoni P

机构信息

Department of Surgery, University of Alabama, Birmingham.

出版信息

Clin Plast Surg. 1991 Jul;18(3):497-504.

PMID:1889160
Abstract

For the treatment of bone gaps of less than 4 cm, cancellous autografting remains the treatment of choice. But for gaps exceeding 4 cm, the distraction osteogenesis is a viable option. The following conditions should be satisfied: (1) patient selection; (2) stable fixation; (3) osteotomy by corticotomy; (4) 7- to 14-day latency period before initiating distraction; and (5) a controlled rate and rhythm of distraction of 1 mm per day (0.25 mm, four times a day). This type of treatment leaves the pathologic focus alone, and bone healing occurs on the healthy bone. The quality of bone regenerate may be improved by a motorized unit and by better soft-tissue coverage using early grafts and flaps. Interface healing is probably improved by cancellous grafting and internal fixation after the transport period, thus decreasing the fixator time.

摘要

对于小于4厘米的骨缺损治疗,自体松质骨移植仍是首选治疗方法。但对于超过4厘米的骨缺损,牵张成骨是一种可行的选择。应满足以下条件:(1)患者选择;(2)稳定固定;(3)通过皮质切开术进行截骨;(4)在开始牵张前有7至14天的延迟期;(5)每天1毫米(0.25毫米,每天4次)的可控牵张速率和节奏。这种治疗方式不处理病理病灶,骨愈合发生在健康骨上。通过电动装置以及使用早期移植物和皮瓣实现更好的软组织覆盖,可能会改善骨再生的质量。在运输期后通过松质骨移植和内固定可能会改善界面愈合,从而缩短固定器使用时间。

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