ДЕКОМПРЕССИВНО-СТАБИЛИЗИРУЮЩИЕ ОПЕРАТИВНЫЕ ВМЕШАТЕЛЬСТВА С ИСПОЛЬЗОВАНИЕМ ИНДИВИДУАЛЬНЫХ КЕЙДЖЕЙ, ИЗГОТОВЛЕННЫХ МЕТОДОМ 3D-ПЕЧАТИ

Q3 Medicine

Hirurgia Pozvonochnika Pub Date : 2018-03-13 DOI:10.14531/ss2018.1.65-70

Алексей Владимирович Пелеганчук, В. А. Базлов, Александр Владимирович Крутько

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引用次数: 2

Abstract

The paper describes a method for three-dimensional printing of сustom-made interbody cages accounting for biomechanical parameters of the intervertebral disc (anteroposterior size, anterior and posterior disc heights), which provides the implant with unique characteristics. An example of using custom-made cages providing optimal conditions for the formation of interbody bone-metal block due to the extra tight fit of the combined implant is given. It is shown that custom-made cages have a beneficial effect on the spine support recovery time, significantly reduce the surgical injury, and shorten the time of surgery. The manufacturing of each developed implant which has its own form and architecture is not a serial but a piece production not requiring additional registration procedure. The use of custommade spinal cages allows optimizing the process of surgical treatment and improving short- and medium-term results.

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3D打印的个人kj减压稳定操作干预

本文描述了一种考虑椎间盘生物力学参数(前后位大小，前后位椎间盘高度)的自制椎间笼三维打印方法，为植入物提供了独特的特征。本文给出了一个使用定制笼的例子，由于联合种植体的配合非常紧密，因此为体间骨-金属块的形成提供了最佳条件。结果表明，定制笼对脊柱支撑恢复时间有有益的影响，明显减少手术损伤，缩短手术时间。每个开发的植入物都有自己的形状和结构，其制造不是连续的，而是一个不需要额外注册程序的件生产。使用定制的脊柱固定架可以优化手术治疗过程，改善中短期效果。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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