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先天性C4-5融合对相邻活动节段的影响:影像学评估

Effect of Congenital C4-5 Synostosis on Adjacent Mobile Segments: Radiographic Assessment.

作者信息

Moon Myung-Sang, Choi Won Rak, Lim Hyuon Gyu, Jeon Seong Man, Yu Chang Geun

机构信息

Moon-Kim's Clinical Institute of Orthopedic Research, Seoul, Korea.

Department of Orthopedic Surgery, Cheju Halla General Hospital, Jeju, Korea.

出版信息

Asian Spine J. 2021 Apr;15(2):139-142. doi: 10.31616/asj.2021.0038. Epub 2021 Apr 14.

Abstract

STUDY DESIGN

Prospective case series.

PURPOSE

To assess the corporal morphology of the fused body and adjacent segment conditions.

OVERVIEW OF LITERATURE

It is known that two fused vertebral bodies take the similar shape of the single body with inwaisting, with or without caudal flaring of the fused body, and that the fused body can cause the fusion disease at the adjacent segment that can be a risk factor for potential neurological compromise.

METHODS

Radiograms of the 11 study subjects (six men and five women), aged 22-90 years who visited the outpatients' clinic for various neck complaints without trauma history were examined. C4-5 synostosis was an incidental finding in all the subjects.

RESULTS

All the fused bodies were inwaisted and had anterior caudal breaking but no interior corporal flaring. Adjacent segment disease was not found in eight patients aged <40 years. Disk degeneration was found at C3-4 and C5-6 in three patients each and at C6-7 in two patients. Disk degeneration was limited to the adjacent segments.

CONCLUSIONS

Degenerative disk changes are associated with the natural aging process, and the corporal morphology of the fused vertebral becomes inwaisted similar to that in the single vertebrae.

摘要

研究设计

前瞻性病例系列研究。

目的

评估融合椎体的身体形态及相邻节段情况。

文献综述

已知两个融合的椎体呈现出与单个椎体类似的形态,有腰部内凹,融合椎体可有或无尾侧扩张,且融合椎体可导致相邻节段出现融合疾病,这可能是潜在神经功能损害的危险因素。

方法

对11名年龄在22 - 90岁之间因各种颈部不适前来门诊就诊且无外伤史的研究对象(6名男性和5名女性)的X线片进行检查。所有研究对象均偶然发现C4 - 5融合。

结果

所有融合椎体均有腰部内凹且有尾侧前缘断裂,但无椎体内部扩张。8名年龄<40岁的患者未发现相邻节段疾病。3名患者在C3 - 4和C5 - 6节段发现椎间盘退变,2名患者在C6 - 7节段发现椎间盘退变。椎间盘退变仅限于相邻节段。

结论

椎间盘退变与自然衰老过程相关,融合椎体的身体形态变得与单个椎体类似,出现腰部内凹。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e756/8055449/d4bbc83323e6/asj-2021-0038f1.jpg

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