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首页> 外文期刊>European spine journal >Age-related changes in osseous anatomy, alignment, and range of motion of the cervical spine. Part I: Radiographic data from over 1,200 asymptomatic subjects
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Age-related changes in osseous anatomy, alignment, and range of motion of the cervical spine. Part I: Radiographic data from over 1,200 asymptomatic subjects

机译:年龄相关的颈椎骨解剖结构,对齐方式和运动范围的变化。第一部分:来自1,200多个无症状受试者的影像学数据

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PurposeThis study aimed to establish radiographic standard values for cervical spine morphometry, alignment, and range of motion (ROM) in both male and female in each decade of life between the 3rd and 8th and to elucidate these age-related changes.MethodsA total of 1,230 asymptomatic volunteers underwent anteroposterior (AP), lateral, flexion, and extension radiography of the cervical spine. There were at least 100 men and 100 women in each decade of life between the 3rd and 8th. AP diameter of the spinal canal, vertebral body, and disc were measured at each level from the 2nd to 7th cervical vertebra (C2–C7). C2–C7 sagittal alignment and ROM during flexion and extension were calculated using a computer digitizer.ResultsThe AP diameter of the spinal canal was 15.8?±?1.5 [mean?±?standard deviation (SD)] mm at the mid-C5 level, and 15.5?±?2.0?mm at the C5/6 disc level. The disc height was 5.8?±?1.3?mm at the C5/6 level, which was the minimum height, and the maximum height was at the C6/7 level. Both the AP diameter of the spinal canal and disc height decreased gradually with increasing age. The C2–C7 sagittal alignment and total ROM were 13.9?±?12.3° in lordosis and 55.3?±?16.0°, respectively. The C2–C7 lordotic angle was 8.0?±?11.8° in the 3rd decade and increased to 19.7?±?11.3 in the 8th decade, whereas the C2–C7 ROM was 67.7?±?17.0° in the 3rd decade and decreased to 45.0?±?12.5 in the 8th decade. The extension ROM decreased more than the flexion ROM, and lordotic alignment progressed with increasing age. There was a significant difference in C2–C7 alignment and ROM between men and women.ConclusionsThe standard values and age-related changes in cervical anatomy, alignment, and ROM for males and females in each decade between the 3rd and 8th were established. Cervical lordosis in the neutral position develops with aging, while extension ROM decreases gradually. These data will be useful as normal values for the sake of comparison in clinical practice...
机译:目的本研究旨在建立第3到8岁之间每十年的男性和女性颈椎形态,对准和运动范围(ROM)的放射照相标准值,并阐明这些与年龄有关的变化。方法总计1,230无症状志愿者接受颈椎的前后位,侧位,屈曲和伸展X线照相。在第三至八岁之间的每个十年中,至少有100位男性和100位女性。测量从第2到第7颈椎(C2-C7)各个水平的椎管,椎体和椎间盘的AP直径。使用计算机数字化仪计算C2–C7矢状位和屈伸过程中的ROM。在C5 / 6光盘水平上为15.5mm±2.0mm。在C5 / 6水平,盘高度为5.8±1.3×1.3mm,这是最小高度,最大高度在C6 / 7水平。随着年龄的增长,椎管的AP直径和椎间盘高度均逐渐降低。脊柱前凸的C2–C7矢状位和总ROM分别为13.9±12.3°和55.3±16.0°。在第三个十年中,C2-C7脊柱前角为8.0?±?11.8°,在第八个十年中增至19.7?±?11.3,而在第三个十年中,C2-C7 ROM角为67.7?±?17.0°,并下降到在第8个十年中达到45.0±12.5。扩展ROM比屈曲ROM减少更多,并且脊柱前凸对准随着年龄的增长而发展。男女之间的C2-C7排列和ROM存在显着差异。结论建立了第3至第8个十年中男女的子宫颈解剖结构,排列和ROM的标准值和年龄相关变化。中性位的颈椎前凸随着年龄的增长而发展,而延伸ROM逐渐减少。这些数据将用作正常值,以便在临床实践中进行比较。

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