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Experimental Study on Embryo Skeletal Development to Postnatal Growth Process of Rabbit Thighbone

机译:胚胎骨骼发育对兔大麻产后生长过程的实验研究

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Bone forming phenomenon is an exquisitely genetic programmed and dynamic process that occur from early embryo skeletal development to postnatal growth and culminating in the formation of highly variable and complex but perfect optimized structures. In this study the high resolution imaging techniques such as computerized tomography (CT) is used to obtain quantitative information about the progressive changes in three-dimensional (3D) skeletal morphology and density of rabbit thighbone during early embryo skeletal development to postnatal growth. Then the changes of the thighbone volume, shape and density during the bone growth process are evaluated by using the 3D images reconstruction method, and the growing direction of the thighbone structure is also evaluated. The effects of genetic and environmental complications to optimized skeletal patterns of bone are discussed.
机译:骨形成现象是一种精致的遗传编程和动态过程,从早期胚胎骨骼发育到产后生长和最终形成高度变量和复杂而完善的优化结构。在这研究中,高分辨率成像技术(如计算机化断层摄影)(CT)用于在早期胚胎骨骼发育期间到产后生长期间兔大肠杆内的三维(3D)骨骼形态和密度的逐步变化的定量信息。然后,通过使用3D图像重建方法评估骨生长过程中的大腿体积,形状和密度的变化,并且还评估了大腿结构的生长方向。讨论了遗传和环境并发症对优化骨骼骨骼模式的影响。

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