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Imaging current spine hardware: Part 1, cervical spine and fracture fixation

机译:成像当前的脊柱硬件:第1部分,颈椎和骨折固定

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摘要

OBJECTIVE. The goals of this article are to review the indications for use, the materials, and the designs of hardware more commonly used in the cervical spine; to discuss alternatives for each of the different types of hardware; to review normal postoperative imaging findings; to describe the appropriateness of different imaging modalities for postoperative evaluation; and to illustrate examples of hardware complications. This article will also review vertebral body fracture fixation. CONCLUSION. Stabilization and fusion of the spine with intervertebral disk replacement, artificial ligaments, spinous process distraction devices, plate-and-rod systems, dynamic posterior fusion devices, and implants composed of new types of material are increasingly more common in the contemporary surgical practice. These spinal hardware devices will be seen more often in radiology practice. Successful postoperative radiologic evaluation of spinal hardware necessitates an understanding of the fundamental design of the hardware, the physiologic objective of the hardware, normal and abnormal postoperative imaging appearances, and complications unique to the hardware.
机译:目的。本文的目的是回顾颈椎中更常用的使用指征,材料和硬件设计。讨论每种不同类型的硬件的替代方案;回顾正常的术后影像学发现;描述不同成像方式对术后评估的适当性;并举例说明硬件复杂性。本文还将回顾椎体骨折的固定方法。结论。通过椎间盘置换术,人造韧带,棘突牵引装置,板-杆系统,动态后路融合装置以及由新型材料组成的植入物来稳定和融合脊柱在现代外科手术中越来越普遍。这些脊柱硬件设备在放射学实践中会更常见。脊柱硬件的术后放射学评估成功需要了解硬件的基本设计,硬件的生理目标,正常和异常的术后影像学表现以及硬件特有的并发症。

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