用食物栅不锈钢棒内固定家兔横向骨折

Humam H. Nazht
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引用次数: 3

摘要

本项目旨在用食品工业中使用的2.25和2.5 mm食品栅不锈钢棒(FGSR)代替兔股骨横向骨折内固定中使用的医用不锈钢针(MSP)。本研究于2008 - 2019年共使用175只成年本地大白兔,其中60只用于股骨中移位横向骨折,60只用于切除1cm骨干骨,26只采用异种骨羊植入替代,75只采用异种骨牛植入替代,其余14只采用合成骨纳米支架植入替代。然后用FGSR固定作为诱发性股骨骨折的内固定装置或固定植入物。评价的参数为:体格检查和一般检查,实验室元素比值分析,临床应用x线和组织病理学检查。结果显示FGSR容易找到和使用和处理,与lo w奖和高经济价值,和化学elemen MSP ts比率一样,没有人拒绝或并发症,没有改变之前和内植入和灭菌后,给稳定,和支持体重,和兔子很快使用受影响的肢体在行走和奔跑,好的FGSR可见无线电图形对齐的骨头骨折正常愈合射线的发现,组织病理检查显示骨折愈合过程中组织病理变化正常。结论2.25 ~ 2.5 mm的FGSR可有效代替MSP内固定家兔股骨横向中移位骨折。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using Food Grate Stainless Steel Rods for Internal Fixation of Transverse Fractures in Rabbits
This project was designed to replace the medical stainless steel pins (MSP) which used in internal fixation of the transverse fractures femoral bone in rabbits by the food grate stainless steel rods (FGSR) 2.25 and 2.5 mm which used in the food industry. 175 adult local bree d rabbits were used from 2008 – 2019, 60 of them used to induced transverse fractures in the mid shift of femoral bones, the o thers employed to remove 1cm of diaphysis bone and replaced by either xeno - bony sheep implantation in 26 rabbits, or replaced by xeno - bony bov ine implantation in 75 rabbits , while the others14 rabbits replaced by the synthetics bony nano scaffold implantation, then all fixed by FGSR as internal fixation devices for the induced femoral fractures or fixation the implanted devices. The parameters w hich were used for evaluation were, the p hysical and general examination , laborato ry analysis for elements ratio, clinical application with radiographic and histopathological examination . The results revealed FGSR easy to find and use and handling , with lo w prize and high economic values, and the chemical elemen ts ratio the same as in the MSP , nobody rejection or complication , not changed before and within and after implantation and sterilization , give stability, and support the body weight , and the rabbits quickly used affected limb in walking and running, the FGSR visible radio graphically with good alignment of fractures bones with normal healing radiographic finding, while the histopathological examination shows normal histopathological changes during fr actures healing processing . The conclusion FGSR size 2.25 – 2.5 mm can be used strongly and successfully in internal fixation of induced transverse mid shift fractures of femoral bones in rabbits instead of the MSP.
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