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High Strength Magnesium-Yttrium based Alloys Exhibiting Controlled Degradation for Musculoskeletal Medical Implant Application

机译:高强度镁 - 钇基合金,表现出肌肉骨骼医疗植入物应用的受控降解

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Extrusion resulted in alloys with high mechanical properties with strength superior to commercial Mg alloy and AZ31. Corrosion was also well controlled through the processing methods described, and cell viability studies shown here demonstrated low toxicity of the alloys when in direct contact with cells and when their degradation products were exposed to cells. Further biocompatibility and biomechanics test studies will be conducted in relevant animal models that will be described in the near future.
机译:挤出产生具有高机械性能的合金,具有优于商业Mg合金和AZ31的强度。通过所描述的加工方法,腐蚀性也很好地控制,这里所示的细胞活力研究表明,当与细胞直接接触并且当它们的降解产物暴露于细胞时,该细胞活力研究表明了合金的低毒性。进一步的生物相容性和生物力学测试研究将在相关的动物模型中进行,这些模型将在不久的将来描述。

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