Biomedical Technology Services, Queensland Health, Brisbane, QLD, Australia.
Medical Imaging, Royal Children's Hospital Melbourne, Parkville, VIC, Australia.
Phys Eng Sci Med. 2024 Sep;47(3):789-812. doi: 10.1007/s13246-024-01431-y. Epub 2024 Aug 12.
This guideline has been prepared by the ACPSEM to provide a standardised quality assurance program to be used within General X-ray imaging environments. The guideline includes the responsibilities of various multidisciplinary team members within medical imaging facilities. It must be noted that the listed tests and testing frequencies are not intended to replace or become regulatory requirements. Implementing a quality assurance program as outlined in this position paper is there to ensure best practice for imaging facilities by providing a framework to establish and monitor correct equipment performance. The current document has been produced through an extensive review of current international practices and local experience within the Australasian healthcare environment. Due to the constant evolution of digital radiographic equipment, there is no current consensus in international quality assurance guidelines as they continue to be adapted and updated. This document describes the current state of the use of digital General X-ray equipment in the Australasian environment and provides recommendations of test procedures that may be best suited for the current medical imaging climate in Australasia. Due to the everchanging developments in the medical imaging environment and the ability of new technologies to perform more complex tasks it is believed that in the future this document will be further reviewed in the hopes of producing a more globally agreed upon standard quality assurance program. Any such adjustments that are deemed to be necessary to Version 1.0 of this document will be provided in electronic format on the ACPSEM website with a notification to all parties involved in the use of digital General X-ray equipment. This guideline does not provide detailed methodologies for all the quality control tests recommended as it is it is expected that the professionals implementing aspects of this quality assurance program have the working knowledge and access to appropriate resources to develop testing methodologies appropriate for their local imaging environment.
本指南由 ACPSEM 制定,旨在为通用 X 射线成像环境提供标准化的质量保证计划。该指南包括医学影像设施中各多学科团队成员的职责。需要注意的是,列出的测试和测试频率并非旨在替代或成为监管要求。实施本指导文件中概述的质量保证计划是为了通过为建立和监测正确的设备性能提供框架,确保影像设施的最佳实践。本文件是在对当前国际实践和澳大利亚-太平洋地区医疗保健环境中的本地经验进行广泛审查的基础上编写的。由于数字射线照相设备不断发展,国际质量保证指南中没有当前的共识,因为它们在不断适应和更新。本文档描述了数字通用 X 射线设备在澳大利亚-太平洋地区的当前使用情况,并提供了可能最适合澳大利亚-太平洋地区当前医学成像环境的测试程序建议。由于医学成像环境的不断变化和新技术执行更复杂任务的能力,相信在未来,将进一步审查本文件,以期制定出更被全球认可的标准质量保证计划。将在 ACPSEM 网站上以电子格式提供对本文件 1.0 版认为有必要的任何此类调整,并通知所有使用数字通用 X 射线设备的相关方。本指南没有为建议的所有质量控制测试提供详细的方法,因为实施本质量保证计划各个方面的专业人员应该具备相关知识并能够获得适当的资源,以制定适合其本地成像环境的测试方法。