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肌肉骨骼磁共振成像:专用系统

Musculoskeletal MRI: dedicated systems.

作者信息

Masciocchi C, Barile A, Satragno L

机构信息

Department of Radiology, University of L'Aquila, Collemaggio Hospital, I-67100 L'Aquila, Italy.

出版信息

Eur Radiol. 2000;10(2):250-5. doi: 10.1007/s003300050041.

Abstract

The "dedicated" MRI units have characteristics of high diagnostic accuracy and lower installation and management costs as compared with whole-body systems. The dedicated MRI units are easy to install. The low weight allows their installation also under unfavorable circumstances. In a dedicated system cost-effectiveness and ease of installation must be accompanied by the capability of providing high-quality images. In our experience, the high number of examinations performed, the most part of which provided with the surgical controls, allowed an accurate evaluation of the diagnostic potentialities of the dedicated magnet. We were not able to perform the examinations in only 3 % of cases due to the physical shape of the patient and the clinical condition of the patient which may hinder the correct positioning of the limb. The overlapping of the diagnostic accuracy of the E-scan and Artoscan units in the study of the lower limbs, compared with whole-body units and surgery, prompted us to exploit the potentialities of the E-Scan in the study of the shoulder. We had a good correlation between E-Scan, whole-body units, and surgical findings, which confirmed the high diagnostic accuracy of the dedicated system. In conclusion, in our experience carried out in the musculoskeletal system, the dedicated magnets showed promising results. Their diagnostic reliability and utility was comparable to that obtained from conventional units operating at higher magnetic fields.

摘要

与全身系统相比,“专用”MRI设备具有诊断准确性高、安装和管理成本低的特点。专用MRI设备易于安装。其重量轻,即使在不利环境下也能安装。在专用系统中,成本效益和易于安装必须伴随着提供高质量图像的能力。根据我们的经验,大量的检查(其中大部分有手术对照)使我们能够准确评估专用磁体的诊断潜力。由于患者的身体形状和临床状况可能妨碍肢体的正确定位,我们仅在3%的病例中无法进行检查。与全身设备和手术相比,E-scan和Artoscan设备在下肢研究中的诊断准确性重叠,促使我们在肩部研究中利用E-Scan的潜力。我们发现E-Scan、全身设备和手术结果之间有很好的相关性,这证实了专用系统的高诊断准确性。总之,根据我们在肌肉骨骼系统中的经验,专用磁体显示出有前景的结果。它们的诊断可靠性和实用性与在更高磁场下运行的传统设备相当。

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