Weyrauch Stephanie A, Bohall Sara C, Sorensen Christopher J, Van Dillen Linda R
Program in Physical Therapy, Washington University in St. Louis School of Medicine, St. Louis, MO.
Program in Physical Therapy, Washington University in St. Louis School of Medicine, St. Louis, MO; Department of Orthopaedic Surgery, Washington University in St. Louis School of Medicine, St. Louis, MO.
Arch Phys Med Rehabil. 2015 Aug;96(8):1506-17. doi: 10.1016/j.apmr.2015.04.011. Epub 2015 Apr 28.
To determine whether people with low back pain (LBP) who regularly participated in a rotation-related activity displayed more rotation-related impairments than people without LBP who did and did not participate in the activity.
Secondary analysis of data from a case-control study.
Musculoskeletal analysis laboratory at an academic medical center.
A convenience sample of participants with LBP (n=55) who participated in a rotation-related sport, back-healthy controls (n=26) who participated in a rotation-related sport, and back-healthy controls (n=42) who did not participate in a rotation-related sport. Participants were matched based on age, sex, and activity level.
Not applicable.
The total number of rotation-related impairments and asymmetrical rotation-related impairments identified during a standardized clinical examination.
Compared with the back-healthy controls who do not play a rotation-related sport group, both the LBP and back-healthy controls who play a rotation-related sport groups displayed significantly more (1) rotation-related impairments (LBP, P<.001; back-healthy controls who play a rotation-related sport, P=.015), (2) asymmetrical rotation-related impairments (LBP, P=.006; back-healthy controls who play a rotation-related sport, P=.020), and (3) rotation-related impairments with trunk movement tests (LBP, P=.002; back-healthy controls who play a rotation-related sport, P<.001). The LBP group had significantly more rotation-related impairments with extremity movement tests than both of the back-healthy groups (back-healthy controls who play a rotation-related sport, P=.011; back-healthy controls who do not play a rotation-related sport, P<.001).
The LBP and back-healthy controls who play a rotation-related sport groups demonstrated a similar number of total rotation-related impairments and asymmetrical rotation-related impairments, and these numbers were greater than those of the back-healthy controls who do not play a rotation-related sport group. Compared with people without LBP, people with LBP displayed more rotation-related impairments when moving an extremity. These findings suggest that impairments associated with extremity movements may be associated with having an LBP condition.
确定经常参与旋转相关活动的腰痛(LBP)患者是否比参与和未参与该活动的无腰痛者表现出更多与旋转相关的功能障碍。
病例对照研究数据的二次分析。
一所学术医疗中心的肌肉骨骼分析实验室。
参与旋转相关运动的LBP患者的便利样本(n = 55)、参与旋转相关运动的背部健康对照者(n = 26)以及未参与旋转相关运动的背部健康对照者(n = 42)。参与者根据年龄、性别和活动水平进行匹配。
不适用。
在标准化临床检查中确定的与旋转相关的功能障碍总数和不对称旋转相关功能障碍。
与不进行旋转相关运动的背部健康对照组相比,LBP组和进行旋转相关运动的背部健康对照组均表现出显著更多的:(1)与旋转相关的功能障碍(LBP组,P <.001;进行旋转相关运动的背部健康对照组,P =.015);(2)不对称旋转相关功能障碍(LBP组,P =.006;进行旋转相关运动的背部健康对照组,P =.020);以及(3)躯干运动测试中的旋转相关功能障碍(LBP组,P =.002;进行旋转相关运动的背部健康对照组,P <.001)。LBP组在肢体运动测试中与旋转相关的功能障碍明显多于两个背部健康组(进行旋转相关运动的背部健康对照组,P =.011;不进行旋转相关运动的背部健康对照组,P <.001)。
LBP组和进行旋转相关运动的背部健康对照组在与旋转相关的功能障碍总数和不对称旋转相关功能障碍方面表现出相似数量,且这些数量大于不进行旋转相关运动的背部健康对照组。与无腰痛者相比,腰痛患者在移动肢体时表现出更多与旋转相关的功能障碍。这些发现表明,与肢体运动相关的功能障碍可能与腰痛状况有关。