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首页> 外文期刊>Italian Journal of Anatomy and Embryology >Morphometric Analysis of Body and Odontoid Process of Axis Vertebrae in North Indians An Anatomical Perspective
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Morphometric Analysis of Body and Odontoid Process of Axis Vertebrae in North Indians An Anatomical Perspective

机译:北印第安人岩体椎体的身体和Odontoid过程的形态学分析解剖视角

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Axis, the second cervical vertebra forms a pivot on which the atlas rotates carrying the head. Though this region is very small but can cause serious complications due to complex anatomy of the cranio-cervical junction. Odontoid fractures compose 7-20% of all cervical spine fractures. The vertebral artery may also be at risk as it is present on under surface of axis.? Thus, thorough understanding of the anatomy of body of axis and its odontoid process(dens) is required in screw placement or other surgical interventions. Therefore, aim of the present study was to measure and present the detailed morphometric parameters of body of axis and its odontoid process.? 60 dry axis vertebrae were obtained for anatomic evaluation focused on body and odontoid process. The morphometric measurements included linear measurements focused on length, breadth and height of body and odontoid process. Vertebral body length, superior width, inferior width, anterior height and posterior height were found to be 15.10+1.56mm, 15.48+2.09mm,15.83+2.12 mm, 19.28+2.24 and 16.26+1.73mm. Odontoid process height, diameter, maximum and minimum width were found to be 16.36+1.68 mm, 10.74+1.06 mm, 9.85+1.08 mm and 8.79+1.17 mm respectively. Morphological features of dens included its macroscopic appearance and shape of ventral and dorsal facets. Most common shapes of ventral and dorsal facets were found to be vertical elliptical 83.3 % and horizontal elliptical 76.66% respectively. The knowledge of these parameters is important for the surgeons while operating around axis in spinal surgical procedures like anterior atlanto-axial fixation, anterior odontoid screw fixation or odontoidectomy procedures.
机译:轴线,第二个颈椎形成枢轴,该枢轴在其上旋转携带头部。虽然该地区非常小,但由于颅颈交界处的复杂解剖,却可能导致严重的并发症。 Odontoid骨折组成7-20%的颈椎骨折。椎动脉也可能存在风险,因为它存在于轴的表面下方。因此,在螺杆放置或其他外科干预中彻底了解轴体的解剖和其ODONTOID过程(DENS)的解剖学。因此,目前研究的目的是测量并呈现轴体内的详细的形态学参数及其Odontoid过程。获得60种干轴椎骨,用于解剖学评估,重点是体内和Odontoid方法。形态测量的测量包括线性测量,重点聚焦在身体的长度,宽度和身体高度和Odontoid过程中。椎体长度,优异的宽度,较差宽度,前高度和后高度为15.10 + 1.56mm,15.48 + 2.09mm,15.83 + 2.12 mm,19.28 + 2.24和16.26 + 1.73mm。 Odontoid工艺高度,直径,最大和最小宽度均为16.36 + 1.68毫米,10.74 + 1.06毫米,分别为9.85 + 1.08 mm和8.79 + 1.17毫米。粉虱的形态特征包括其宏观外观和腹部的形状。发现最常见的腹部和背面的形状分别是垂直椭圆形83.3%和水平椭圆76.66%。这些参数的知识对于外科医生非常重要,同时在脊柱外科手术等轴线上运行,如前寰枢轴固定,前卫螺钉固定或Odontodectomy程序。

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