Hoit Graeme, Bonyun Marissa, Nauth Aaron
Division of Orthopaedic Surgery, Department of Surgery, University of Toronto.
Department of Orthopaedic Surgery, St. Michaels Hospital, Toronto, ON, Canada.
OTA Int. 2020 Mar 23;3(1):e055. doi: 10.1097/OI9.0000000000000055. eCollection 2020 Mar.
The occurrence of both nonunion and fracture-related infection provides challenges for both the patient and the treating orthopaedic surgeon, with the potential need for complex reconstructive procedures to achieve union and/or eradicate infection. In addition to addressing the multiple different factors that often contribute to nonunion, surgeons are often forced to deal with difficult hardware issues at the time of revision surgery including infected hardware, loose or failing hardware, malaligned hardware, or inappropriate hardware constructs. This article reviews common causes of nonunions with emphasis on infection management and provides indications and techniques for hardware removal in the context of an algorithmic approach to nonunion management with illustrative case examples.
骨不连和骨折相关感染的发生给患者和治疗的骨科医生都带来了挑战,可能需要进行复杂的重建手术来实现骨愈合和/或根除感染。除了应对常常导致骨不连的多种不同因素外,外科医生在翻修手术时还常常被迫处理棘手的内固定问题,包括感染的内固定物、松动或失效的内固定物、排列不齐的内固定物或不合适的内固定结构。本文回顾了骨不连的常见原因,重点是感染的处理,并在骨不连处理的算法方法背景下提供了取出内固定物的指征和技术,并有实例说明。