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The prevalence of vertebral fracture amongst patients presenting with non-vertebral fractures.

机译:表现为非椎骨骨折的患者中椎骨骨折的患病率。

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INTRODUCTION: Despite vertebral fracture being a significant risk factor for further fracture, vertebral fractures are often unrecognised. A study was therefore conducted to determine the proportion of patients presenting with a non-vertebral fracture who also have an unrecognised vertebral fracture. METHODS: Prospective study of patients presenting with a non-vertebral fracture in South Glasgow who underwent DXA evaluation with vertebral morphometry (MXA) from DV5/6 to LV4/5. Vertebral deformities (consistent with fracture) were identified by direct visualisation using the Genant semi-quantitative grading scale. RESULTS: Data were available for 337 patients presenting with low trauma non-vertebral fracture; 261 were female. Of all patients, 10.4% were aged 50-64 years, 53.2% were aged 65-74 years and 36.2% were aged 75 years or over. According to WHO definitions, 35.0% of patients had normal lumbar spine BMD (T-score -1 or above), 37.4% were osteopenic (T-score -1.1 to -2.4) and 27.6% osteoporotic (T-score -2.5 or lower). Humerus (n=103, 31%), radius-ulna (n=90, 27%) and hand/foot (n=53, 16%) were the most common fractures. For 72% of patients (n=241) the presenting fracture was the first low trauma fracture to come to clinical attention. The overall prevalence of vertebral deformity established by MXA was 25% (n=83); 45% (n=37) of patients with vertebral deformity had deformities of more than one vertebra. Of the patients with vertebral deformity and readable scans for grading, 72.5% (58/80) had deformities of grade 2 or 3. Patients presenting with hip fracture, or spine T-score
机译:简介:尽管椎骨骨折是进一步骨折的重要危险因素,但椎骨骨折常常未被发现。因此,进行了一项研究以确定存在非椎骨骨折但也未识别出椎骨骨折的患者比例。方法:前瞻性研究格拉斯哥州南部非椎体骨折患者,他们接受了从DV5 / 6至LV4 / 5的DXA椎体形态分析(MXA)评估。椎骨畸形(与骨折一致)通过Genant半定量分级量表进行直接可视化识别。结果:有337例低创伤性非椎骨骨折患者的数据可用。 261名女性。在所有患者中,年龄为50-64岁的患者为10​​.4%,年龄在65-74岁的患者为53.2%,年龄在75岁或以上的患者为36.2%。根据WHO的定义,35.0%的患者腰椎BMD正常(T评分-1或以上),37.4%的骨质疏松症(T评分-1.1至-2.4)和27.6%的骨质疏松症(T评分-2.5或更低) )。肱骨骨折(n = 103,31%),尺骨尺骨(n = 90,27%)和手/脚(n = 53,16%)是最常见的骨折。对于72%的患者(n = 241),呈现的骨折是首例引起临床关注的低创伤性骨折。 MXA建立的椎体畸形总患病率为25%(n = 83);椎骨畸形患者中有45%(n = 37)的畸形不止一个椎骨。脊椎畸形且可进行分级扫描的患者中,有72.5%(58/80)的畸形为2或3级。表现为髋部骨折,脊柱T评分<-=-2.5或BMI较低或多于一个先前的非椎骨骨折均明显更有可能发生椎体畸形(p <0.05)。但是,有19.8%的骨质疏松T评分患者有椎体畸形(其中48%是多发性),有16.1%的T评分正常的患者有椎体畸形(其中26.3%是多发性)。在非椎骨骨折后,一些指南建议应为DXA验证的骨质疏松症患者保留抗吸收治疗。但是,先前有一个或多个椎骨骨折(在非椎骨骨折时普遍存在)的患者也将成为抗吸收治疗的候选人-如果不知道其椎骨骨折的情况则不会如此。总体而言,在这项研究中,有8.9%的患者由于其潜在的椎骨畸形状态而可能发生了管理上的改变。换句话说,出现非椎骨骨折的11例患者将需要进行椎体形态测定,以识别一名应进行不同处理的患者。结论:我们的结果支持建议在经历非椎骨骨折后转诊DXA的患者进行椎体形态测量。然后,治疗决策将更好地反映任何给定患者未来的绝对骨折风险。如果以这种方式使用椎骨形态测量,则“需要筛选的数量”将为7个,以识别一名患有椎体畸形的患者,以及14个,以识别一名患有两个或更多个椎体畸形的患者。尽管进行MXA会增加患者的放射线照射量,但是这种增加的照射量明显少于获得背腰腰椎X射线所获得的放射线照射量。

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