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A method of accelerating the formation of distraction regenerate tubular bones

机译:一种加速分散再生管状骨形成的方法

摘要

1. A method of accelerating the formation of a distraction regenerate of tubular bones, including lengthening a tubular bone using an external fixation apparatus and placing a nanostructured implant in a distraction regenerate, characterized in that immediately after obtaining the required segment length, the bone is extended by another 4 mm and a carbon nanostructure is placed in the bone regenerate the implant is cylindrical with ends in the form of a truncated cone, the diameter of the implant is 30% of the diameter of the bone, and its length is longer than necessary my elongation is 4 mm, after implant placement, the bone fragments are brought together to obtain the required elongation and so that the ends of the implant are inserted into the bone marrow channels of the proximal and distal bone fragments by 2 mm in each fragment, after which the apparatus is fixed until a durable supporting bone-carbon block and the period of hardware fixation is reduced by 25-30% .2. The method according to claim 1, characterized in that the nanostructured carbon implant used to accelerate the formation of distraction regeneration of the tubular bones may additionally contain a broad-spectrum antibiotic.
机译:1.一种加速管状骨的牵引再生物的形成的方法,包括使用外部固定装置加长管状骨并将纳米结构植入物置于牵引性再生物中,其特征在于,在获得所需的节段长度之后,立即将骨骼再延伸4毫米并在骨骼中放置一个碳纳米结构再生的植入物呈圆柱状,末端为截头圆锥形,植入物的直径为骨骼直径的30%,其长度大于必需的我的伸长度是4毫米,在植入物放置后,将骨碎片聚集在一起以获得所需的伸长率,以便将植入物的端部插入近端和远端骨碎片的骨髓通道,每个碎片各2毫米,之后将设备固定,直到耐用的支撑骨碳块,并且硬件固定的时间减少了25-30%.2。 2.根据权利要求1所述的方法,其特征在于,用于促进所述管状骨的分散再生的形成的所述纳米结构碳植入物可以另外包含广谱抗生素。

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