x光片上的错误和伪影

S. Nikolić, A. Milenković, B. Tomić, B. Radovic, M. Gasic
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摘要

简介:记录病人的过程包括工作过程中几个独立的部分,这些部分共同提供了为充分的放射学分析所获得的成像。在整个过程中,可能会出现在x射线上产生伪影的错误,最终导致记录不充分,无法进行有效分析。目的:确定不能进行有效分析的放射线片总数。根据工作流程对x光片错误进行整理和分析。为提高患者记录质量提供建议。材料和方法:在普里什蒂纳-格拉卡尼卡临床医院中心放射学诊所进行了一项前瞻性研究,为期两年。所有不能进行有效分析的影片都被考虑在内。病人成像的放射学过程被分解成逻辑片段,以便观察可能的错误。我们将产生伪影的原因归纳为五类(记录技术造成的错误、图像获取过程中的错误、记录对象造成的错误、在自动化机器中处理胶片过程中的错误以及胶片处理不当)。结果:共使用x线片32600张,其中错误和假影242张(0.74%)。最常见的胶卷格式是30x40厘米。错误的频率根据发生的原因被分类为适当的组。最多的是1 ~ 155组(64.04%)、2 ~ 3组(1.24%)、3 ~ 13组(5.37%)、4 ~ 67组(27.69%)和5 ~ 4组(1.66%)。结论:在对x射线胶片的所有观察到的误差和伪影进行适当的系统化后,我们可以在胶片的整个记录和处理过程中认识到误差的位置。我们在此建议消除它们,提高放射科的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Errors and artifacts on radiographs
Introduction: The process of recording a patient includes a procedure with several separate segments during work that together provide the imaging to be obtained for adequate radiological analysis. Throughout the process, it is possible to experience errors that create artifacts on X-rays which ultimately results in an inadequate recording that is not for valid analysis. Aim: Determine the total number of radiological films that are not for valid analysis. Sort out and analyze errors in radiographs according to the work process. Provide recommendations for improving the quality in the process of recording the patient. Material and methods: A prospective study was conducted at the Radiology Clinic of the Clinical Hospital Center Pristina-Gracanica, for two calendar years. All films that are not for valid analysis were considered. The radiological procedure of patient imaging was broken down into logical segments so that possible errors could be observed. We have summarized the causes of the artifacts in five appropriate groups (errors made by the recording technique, during the acquisition of the image, caused by the object of recording, during the processing of films in an automated machine and improper handling of films). Results: The total amount of used X-ray films is 32600 pieces, of which 242 (0.74%) were errors and artifacts. The most common format of a film with an error or artifact was 30x40 cm. A frequency of errors according to the cause of the occurrence is classified into appropriate groups. The largest number was in a group 1 - 155 (64.04%), in a group 2 - 3 (1.24%), in a group 3 - 13 (5.37%), in a group 4 - 67 (27.69%), and in a group 5 - 4 (1.66%). Conclusion: In the proper systematization of all observed errors and artifacts of X-ray film, it allows us to realise the place of error during the whole process of recording and processing of the film. We hereby wish to propose their elimination and improve the quality of the radiology department.
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