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[股骨近端骨密度测量与股骨颈扭转的关系]

[Bone density measurements of the proximal femur in relation to torsion of the femoral neck].

作者信息

Menke W, Petermann V, Schmitz B, Schneider T

机构信息

Institut für Sportorthopädie und Sporttraumatologie, DSHS Kölin.

出版信息

Z Orthop Ihre Grenzgeb. 1996 May-Jun;134(3):201-4. doi: 10.1055/s-2008-1039748.

Abstract

The DEXA-method allows for bone mineral density measurements of different regions of the skeletal system. It is known that results obtained from the spine with this two-dimensional method may be biased in cases of spondylosis, spondylarthritis, and compression fractures; similarly biased results can be expected at the proximal femur due to morphometric peculiarities. The influence of anteversion and rotation of the femoral neck has been investigated in the present study. The results indicate that errors due to rotation as occurring in incorrect positioning or in arthrogenic variabilities mainly have effects on measurements of Ward's triangle: The average measurement error at 20 degrees external rotation amounts to 33.8% with a maximum of 66.5%. Measurements of the trochanteric region and of femoral neck region show a variation of 6.2% and 9.7%, respectively.

摘要

双能X线吸收法(DEXA)可用于测量骨骼系统不同部位的骨密度。众所周知,在脊柱关节病、脊椎关节炎和压缩性骨折的情况下,用这种二维方法从脊柱获得的结果可能存在偏差;由于形态测量的特殊性,预计在股骨近端也会出现类似的偏差结果。本研究调查了股骨颈前倾和旋转的影响。结果表明,因不正确定位或关节源性变异导致的旋转误差主要影响沃德三角区的测量:外旋20度时的平均测量误差为33.8%,最大误差为66.5%。转子区和股骨颈区的测量误差分别为6.2%和9.7%。

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