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双髂螺钉在脊柱骨盆固定中的应用:系统评价。

Dual iliac screws in spinopelvic fixation: a systematic review.

机构信息

Orthopedic and Spinal Surgery Department, Kingdom Hospital, P.O. Box 84400, Riyadh, 11671, Saudi Arabia.

Orthopedic Spinal Surgery Unit 1, Bordeaux Pellegrin Hospital, Bordeaux, France.

出版信息

Eur Spine J. 2019 Sep;28(9):2053-2059. doi: 10.1007/s00586-019-06065-3. Epub 2019 Jul 12.

Abstract

PURPOSE

The classical spinopelvic fixation includes 1 iliac screw on each side. The purpose of this study is to specify the indications of the "dual iliac screw" (DIS) construct, i.e., when to put 2 iliac screws on each side, to describe its biomechanical advantages, and to define its related technical aspects.

METHODS

A primary search on Medline through PubMed distribution was performed, with the use of the terms "pelvic fixation" or "spinopelvic" or "lumbo-iliac" and the terms "dual iliac screw" or "double iliac screw." English papers corresponding to the inclusion criteria were analyzed regarding the specific indications of the DIS construct and its surgical technique and advantages.

RESULTS

Eleven papers were identified according to the research criteria and included in this review. Three main indications were identified for the DIS technique according to three types of pathologies: in adult deformities when a long construct is needed in an osteoporotic patient or when correction requires three-column osteotomy of the sacrum; in trauma when a U-shaped fracture-dislocation of the sacrum is involved; in sacral tumors when a sacrectomy is performed or when destructive metastatic lesions of the sacrum require palliative surgical treatment. Biomechanically, the DIS technique proved to have higher construct stiffness in terms of compression and torsion.

CONCLUSION

In specific cases, affecting different areas of spinal diseases, the DIS technique is more advantageous, when compared to the "single iliac screw" version, as it would provide a stronger and safer fixation at the base of the spinopelvic construct. These slides can be retrieved under Electronic Supplementary Material.

摘要

目的

经典的脊柱骨盆固定包括每侧各一个髂骨螺钉。本研究的目的是明确“双髂骨螺钉”(DIS)结构的适应证,即在每侧放置 2 个髂骨螺钉的情况,描述其生物力学优势,并确定其相关技术方面。

方法

通过 PubMed 分布的 Medline 进行初步搜索,使用术语“骨盆固定”或“脊柱骨盆”或“腰髂”和术语“双髂骨螺钉”或“双髂骨螺钉”。分析符合纳入标准的英文论文,了解 DIS 结构的具体适应证及其手术技术和优势。

结果

根据研究标准确定了 11 篇论文,并将其纳入本综述。根据三种类型的病变,确定了 DIS 技术的三个主要适应证:成人畸形时骨质疏松患者需要长的固定结构或矫正需要骶骨三柱截骨;创伤时涉及骶骨 U 形骨折脱位;骶骨肿瘤时行骶骨切除术或骶骨破坏性转移瘤需要姑息性手术治疗。生物力学上,DIS 技术在压缩和扭转方面表现出更高的结构刚度。

结论

在影响脊柱疾病不同区域的特定情况下,与“单髂骨螺钉”版本相比,DIS 技术更具优势,因为它可以在脊柱骨盆结构的底部提供更强和更安全的固定。这些幻灯片可以在电子补充材料中检索到。

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