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Spokes intramedullary osteosynthesis

机译:进行髓内骨合成

摘要

The invention relates to the field of medicine, in particular to traumatology and is designed for the surgical treatment of long bone fractures with intramedullary canal.; Intramedullary spike for osteosynthesis, includes a rod having diafiznuyu portion with a cross section formed in an oval shape, and a distal end, which is a tip bent inward and flattened on two sides, having in plan the shape of a cone, wherein the needle is formed from a nanostructured technically pure titanium and has dimensions of: length diafiznoy part of the rod is (0.7-0.75) of the total length of the rod, the width of the oval rod diameter is 1.1, the height of the oval rod diameter is 0.9.; The use of intramedullary spokes proposed for osteosynthesis allow:; improve the reliability of using needles by increasing the contact area with the fragments spokes long bone and to exclude the possibility of rotational displacement within the medullary canal; spokes increase biocompatibility and bone and to avoid the toxic effect of alloying additions vanadium by applying nanostructured commercially pure titanium.; use needles of smaller diameter through the application of high nanostructured commercially pure titanium
机译:本发明涉及医学领域,尤其涉及创伤学,并设计用于外科治疗带髓内管的长骨骨折。用于骨合成的髓内钉,包括具有横截面为椭圆形的diafiznuyu部分的杆,以及远端,该远端是向内弯曲并且在两侧扁平的尖端,其平面呈圆锥形,其中针由技术上纯净的纳米结构的钛制成,其尺寸为:杆的长度不正确部分为杆总长度的(0.7-0.75),椭圆杆直径的宽度为1.1,椭圆杆直径的高度为0.9。建议使用髓内辐条进行骨合成:通过增加与碎片辐条长骨的接触面积来提高使用针头的可靠性,并排除髓管内旋转移位的可能性;辐条可通过应用纳米结构的商业纯钛提高生物相容性和骨骼,并避免合金化钒的毒性作用。通过应用高纳米结构的商业纯钛使用较小直径的针

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