首页> 外国专利> INDIVIDUAL RESECTIONAL BLOCK FOR THE EXECUTION OF OSTEOTOMY OF THE MEDIAL EXOSTUS OF THE HEAD OF THE FIRST PLAINE BONE

INDIVIDUAL RESECTIONAL BLOCK FOR THE EXECUTION OF OSTEOTOMY OF THE MEDIAL EXOSTUS OF THE HEAD OF THE FIRST PLAINE BONE

机译:腓骨第1骨内侧骨的骨科切除术的个体切除块

摘要

The invention relates to medical technology and can be used to perform osteotomy of the medial exostosis of the head of the first metatarsal bone.;A device for performing foot osteotomy is proposed, characterized in that it has a body made in the form of a rectangular cell with a linear vertical slot, provided with a support platform containing holes made with the possibility of fixing the template to the bone with the spokes, and the lower part of the support platform follows the outline of the outer the surface of the bone on which it is applied, and the location of the linear slot and through holes made in the body, corresponds to the result of 3D modeling, based on data from computed tomography of the foot. In the case can be additionally performed the excavation of a cubic form for the installation of the tool "Osteoguides".;The location of the linear slit and through holes made in the plastic frame is made on the basis of the results of 3D modeling based on data from computed tomography of the foot. The block, as a rule, is performed by printing on a 3D printer.;The use of the claimed device greatly simplifies the technique of performing osteotomy of the medial exostosis of the head of the first metatarsal bone, increasing the accuracy of execution by eliminating the probability of an oscillating saw blade shifting when performing osteotomy, thereby reducing time and reducing trauma. Its use made it possible to eliminate the need to perform X-rays during surgical treatment and to reduce the duration of surgical treatment by 30 minutes.
机译:本发明涉及医学技术,可用于对第一meta骨骨头的内侧骨外生骨进行截骨术。提出一种进行足部截骨术的装置,其特征在于,该装置具有矩形的主体。带有线性垂直槽的单元,其上有一个支撑平台,该平台上有一些孔,可以通过辐条将模板固定到骨骼上,支撑平台的下部沿骨骼外表面的轮廓排列根据脚的计算机断层扫描数据,线性槽和通孔的位置与3D建模的结果相对应。在这种情况下,可以额外进行立方体形式的开挖,以安装“ Osteoguides”工具。;线性缝隙和在塑料框架中制成的通孔的位置是根据基于3D建模的结果进行的脚部计算机断层扫描的数据。通常,该块是通过在3D打印机上打印来执行的。所要求保护的设备的使用极大地简化了对第一meta骨骨头的头部进行内固定的截骨术,从而消除了执行的准确性。进行截骨术时摆动的锯片移位的可能性,从而减少了时间并减少了创伤。它的使用可以消除手术治疗期间进行X射线的需要,并将手术治疗的时间减少30分钟。

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