首页> 外文会议>ASME Bioengineering Conference >A FINITE ELEMENT ASSESSMENT TO COMPARE THE BIOMECHANICAL BEHAVIOUR OF HUMAN, SHEEP AND CHAGMA BABOON FUNCTIONAL SPINE UNITS
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A FINITE ELEMENT ASSESSMENT TO COMPARE THE BIOMECHANICAL BEHAVIOUR OF HUMAN, SHEEP AND CHAGMA BABOON FUNCTIONAL SPINE UNITS

机译:有限的元素评估,以比较人,绵羊和Chagma狒狒功能脊柱单位的生物力学行为

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Ideal animal spine models have been used by researchers to compare and evaluate the biomechanical behavior of spine following surgery and implantation due to the growing difficulty in obtaining fresh human spine specimens. Availability and resemblance of sheep and baboon spines to human spine make them suitable for use in biomechanical studies; however the literature on biomechanics of baboon and sheep spine compared to human spine is sparse. In the present study finite element method was used to compare the load transfer and load-displacement characteristics of L3-L4 sheep, baboon and human spines.
机译:研究人员使用了理想的动物脊柱模型,以比较和评估手术和植入后脊柱的生物力学行为,由于获得新鲜人脊柱标本的困难日益困难。绵羊和狒狒刺到人脊柱的可用性和相似性使其适用于生物力学研究;然而,与人脊柱相比,狒狒和绵羊脊柱的生物力学的文献是稀疏的。在本研究中,使用有限元方法来比较L3-L4绵羊,狒狒和人刺的负荷转移和负载 - 位移特征。

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