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Reply to Comments on ‘Posterior Subaxial Cervical Spine Screw Fixation: A Review of Techniques’ by Joaquim et al

机译:回复 Joaquim等人对后路颈下颈椎螺钉固定术:技术的评论

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摘要

We thank the authors for their interest in our article. We strongly agree that the differences in the standard techniques of lateral mass screw fixation based on numeric values are difficult to apply with accuracy during surgery, especially in patients with severe degenerative changes (eg, with large osteophytes), or with anatomic variations that may affect the final angulation. For this reason, the technique used by the senior author (KDR) is based on real intraoperative parameters, which may allow surgeons to insert a large lateral mass screw with safety and efficacy. We read with interest the article published by Amhaz-Escalar et al, in which they “build such distorted cube mentally and then imagine the diagonal from the medial lower area of the posterior ridge to the upper lateral of the anterior ridge” to insert screws in cadaveric specimens. Our technique uses a standard entry point (1 mm medial and 1 mm caudal to the center of the lateral mass), with trajectory based on rigid anatomical landmarks (lateral angulation aiming toward the upper and outer corner of the lateral mass and sagittal inclination aiming toward the upper and outer corner of the lateral mass), instead of a mentally based trajectory. We congratulate Amhaz-Escalar et al for the interesting article and agree that it is practically cumbersome to insert lateral mass screws based on numeric values.
机译:我们感谢作者对我们的文章的关注。我们强烈同意,基于数值的侧质量螺钉固定的标准技术的差异很难在手术过程中准确地应用,尤其是在严重的退行性变化(例如,骨赘较大)或可能影响解剖结构的患者中最后的角度。因此,高级作者(KDR)使用的技术基于真实的术中参数,这可能使外科医生能够安全有效地插入大的侧向螺钉。我们感兴趣地阅读了Amhaz-Escalar等人发表的文章,他们“在思维上建立了这种扭曲的立方体,然后想象从后的内侧下部到前the的上外侧的对角线”将螺钉插入尸体标本。我们的技术使用标准的进入点(内侧质量为1 mm,尾部质量中心为尾端1 mm),其轨迹基于刚性解剖学界标(外侧成角度,朝向外侧质量的上,外角,矢状倾角朝向(而不是基于心理的轨迹)。我们祝贺Amhaz-Escalar等人撰写了有趣的文章,并同意根据数字值插入侧向质量螺钉实际上很麻烦。

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