英语翻译LCP systems possess inherent biological advantages in fr

英语翻译
LCP systems possess inherent biological advantages in fracture fixation by preserving the periosteal blood supply,serving as internal fixators.It is important to consider the strength of each orthopaedic implant as an important selection criterion while utilizing the reported advantages of LCP systems to prevent catastrophic fracture failure.Mechanical testing of orthopaedic implants is a common method used to provide a surgeon with insight on mechanical capabilities,as well as to form a standardized method of plate comparison.The purpose of the study was to demonstrate and to quantify observed differences in the bending strength between the LCP ,LC-DCP,3.5 mm LC-DCP ,and SOP orthopaedic bone plates.The study design followed the ASTM standard test method for static bending properties of metallic bone plates,which is designed to measure mechanical properties of bone plates subjected to bending,the most common loading encountered in vivo.Single cycle four point bending was performed on each orthopaedic implant.The area moment of inertia,bending stiffness,bending strength,and bending structural stiffness were calculated for each implant.significant differences in bending strength and stiffness between the four orthopaedic implants .The 3.5 mm LCP should be expected to provide in vivo strength and stiffness similar to a comparable LC-DCP.The SOP should provide strength and stiffness that is greater than a comparable LC-DCP but less than a 3.5 mm Broad LC-DCP.
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loveleext 春芽

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LCP系统具有固有的生物优势骨折内固定术后保留骨膜血供,为内固定器.这是要考虑到每个骨科植入的强度作为一种重要的选择标准,利用优势,LCP系统来防止灾难性的断裂失效的重要.的骨科植入物的机械测试是用来提供一个外科医生对机械性能的洞察力的常用方法,以及形成板比较标准化的方法.本研究的目的是验证和量化在弯曲强度之间的差异的LCP,LC-DCP,3.5毫米LC-DCP,和SOP骨科骨板.研究设计遵循的金属骨板的静态弯曲性能的ASTM标准试验方法,其目的是测量骨板的弯曲力学性能,在体内所遇到的最常见的负载.单周期的四点弯曲是每个骨科植入物进行.面积惯性矩,弯曲刚度,弯曲强度,弯曲刚度计算为每个种植体.弯曲强度和刚度四骨科植入物之间的显著差异.3.5毫米的LCP应该提供在体内的强度和刚度,类似于一个类似LC-DCP.SOP应提供强度和刚度大于可比LC-DCP但小于3.5毫米宽LC-DCP.

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