Kelly Charlotte, Delakis Ioannis
Radiology Department, Sidra Medical and Research Center, Doha, Qatar.
Radiology Department, Weill Cornell Medical College, NY, USA.
J Med Radiat Sci. 2021 Dec;68(4):475-481. doi: 10.1002/jmrs.519. Epub 2021 Jun 6.
We describe the technical evaluation of the commercially available, clinical, bi-planar, low dose, digital X-ray system (EOS System, EOS imaging, France). The unit is used for upright, weight-bearing musculoskeletal pathologies, in particular, in the spine and lower limbs. The evaluation incorporated tests on the X-ray generator performance, radiation/imaging field alignment, dose area product accuracy and image quality. The assessment methodology was based on objective parameters and required equipment readily available for technical evaluation of other radiological equipment. Results demonstrated that the system performs well within acceptable performance criteria with regard to X-ray generator performance, radiation/imaging field alignment and dose area product accuracy. In addition, results from the image-quality assessment were aligned with previously published work. The work presented in this article can be used for the technical evaluation of the EOS System at other clinical sites.
我们描述了市售的临床双平面低剂量数字X射线系统(EOS系统,EOS imaging,法国)的技术评估。该设备用于直立负重的肌肉骨骼疾病,特别是脊柱和下肢疾病。评估包括对X射线发生器性能、辐射/成像野对准、剂量面积乘积准确性和图像质量的测试。评估方法基于客观参数,且所需设备易于获取,可用于其他放射设备的技术评估。结果表明,该系统在X射线发生器性能、辐射/成像野对准和剂量面积乘积准确性方面,在可接受的性能标准范围内表现良好。此外,图像质量评估结果与先前发表的研究一致。本文所呈现的工作可用于其他临床场所对EOS系统的技术评估。