Kobayashi Masaki, Kobayashi Masato, Someno Tatsuya, Uchiyama Hiromi, Ono Yuuki
Nagano Municipal Hospital.
Nihon Hoshasen Gijutsu Gakkai Zasshi. 2011;67(10):1314-9. doi: 10.6009/jjrt.67.1314.
In Japan, various types of MRI equipment, having varying magnetic field strengths, are widely used. However, the biggest problem encountered while utilizing an MRI is the scarcity of information and guidelines pertaining to implants, internal, and external metallic objects. This leads to uncertainty when an unspecified object is encountered during an examination andcreates the possibility of performing an ambiguous MRI. Therefore, this study classified a range of objects into 12 categories using database management software. An attempt was made to create an environment where reference and comparison of products could be performed. This study also investigated the ways and extent to which medical equipment package inserts reference the MRI. With the co-operation of various corporations and the use of information such as medical equipment package inserts, product information was collected and an environment for the reference and comparison of products became available. In addition, it became apparent while examining these package inserts that orthopedic products had the least information available. It is likely that this information will be useful in medical settings and this kind of database will become increasingly necessary in the future.
在日本，各种磁场强度不同的磁共振成像（MRI）设备被广泛使用。然而，在使用MRI时遇到的最大问题是缺乏有关植入物、体内和体外金属物体的信息及指南。这导致在检查过程中遇到不明物体时产生不确定性，并可能导致进行不明确的MRI检查。因此，本研究使用数据库管理软件将一系列物体分为12类。试图创建一个能够进行产品参考和比较的环境。本研究还调查了医疗设备包装说明书参考MRI的方式和程度。通过与各公司合作并利用医疗设备包装说明书等信息，收集了产品信息，并建立了产品参考和比较的环境。此外，在检查这些包装说明书时发现，骨科产品提供的信息最少。这些信息在医疗环境中可能会很有用，并且这种数据库在未来将变得越来越必要。
