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数字化胸部放射成像中的患者剂量与图像质量

Patient doses and image quality in digital chest radiology.

作者信息

Salát D, Nikodemová D

机构信息

Radiation Protection Institute, Stanicna 24, 911 05 Trencin, Slovakia.

出版信息

Radiat Prot Dosimetry. 2008;129(1-3):147-9. doi: 10.1093/rpd/ncn032. Epub 2008 Mar 4.

Abstract

Chest X-ray examination is one of the most frequently required procedures used in clinical practice. For studying the image quality of different X-ray digital systems and for the control of patient doses during chest radiological examinations, the standard anthropomorphic lung/chest phantom RSD 330 has been used and exposed in different digital modalities available in Slovakia. To compare different techniques of chest examination, a special software has been developed that enables researchers to compare digital imaging and communications in medicine header images from different digital modalities, using a special viewer. In this paper, this special software has been used for an anonymous correspondent audit for testing image quality evaluation by comparing various parameters of chest imaging, evaluated by 84 Slovak radiologists. The results of the comparison have shown that the majority of the participating radiologists felt that the highest image quality is reached with a flat panel, assessed by the entrance surface dose value, which is approximately 75% lower than the diagnostic reference level of chest examination given in the Slovak legislation. Besides the results of the audit, the possibilities of using the software for optimisation, education and training of medical students, radiological assistants, physicists and radiologists in the field of digital radiology will be described.

摘要

胸部X光检查是临床实践中最常需要的检查程序之一。为了研究不同X光数字系统的图像质量以及在胸部放射检查期间控制患者剂量,标准的拟人化肺/胸模体RSD 330已在斯洛伐克可用的不同数字模式下使用并进行曝光。为了比较不同的胸部检查技术,开发了一种特殊软件,该软件使研究人员能够使用特殊查看器比较来自不同数字模式的医学图像通信(DICOM)头部图像。在本文中,该特殊软件已用于匿名通信审核,通过比较胸部成像的各种参数来测试图像质量评估,这些参数由84名斯洛伐克放射科医生进行评估。比较结果表明,大多数参与的放射科医生认为平板探测器能达到最高的图像质量,根据入射表面剂量值评估,该剂量值比斯洛伐克立法规定的胸部检查诊断参考水平低约75%。除了审核结果外,还将描述该软件在数字放射学领域用于医学生、放射学助理、物理学家和放射科医生的优化、教育和培训的可能性。

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