Dalah Entesar Z, Zarooni Maitha M Al, Binismail Faryal Y, Beevi Hashim A, Siraj Mohammed, Pottybindu Subrahmanian
Central Diagnostic Imaging Department, Dubai Health, Dubai P.O. Box 2727, United Arab Emirates.
College of Medicine, Mohammed Bin Rashid University, Dubai Health, Dubai P.O. Box 2727, United Arab Emirates.
J Imaging. 2025 Jan 13;11(1):21. doi: 10.3390/jimaging11010021.
Chest and abdomen radiographs are the most common radiograph examinations conducted in the Dubai Health sector, with both involving exposure to several radiosensitive organs. Diagnostic reference levels (DRLs) are accepted as an effective safety, optimization, and auditing tool in clinical practice. The present work aims to establish a comprehensive projection and weight-based structured DRL system that allows one to confidently highlight healthcare centers in need of urgent action. The data of a total of 5474 adult males and non-pregnant females who underwent chest and abdomen radiography examinations in five different healthcare centers were collected and retrospectively analyzed. The typical DRL (TDRL) for each healthcare center was established and defined per projection (chest: posterior-anterior (PA), anterior-posterior (AP) and lateral (LAT); abdomen: erect and supine) for a weight band (60-80 kg) and for the whole data (no weight band). Local DRL (LDRL) values were established per project for the selected radiograph for the whole data (no weight band) and the 60-80 kg population. Chest radiography data from 1755 (60-80 kg) images were used to build this comprehensive DRL system (PA: 1471, AP: 252, and LAT: 32). Similarly, 611 (60-80 kg) abdomen radiographs were used to establish a DRL system (erect: 286 and supine: 325). The LDRL values defined per chest and abdomen projection for the weight band group (60-80 kg) were as follows: chest-0.51 PA, 2.46 AP, and 2.13 LAT dGy·cm; abdomen-8.08 for erect and 5.95 for supine dGy·cm. The LDRL defined per abdomen projection for the 60-80 kg weight band highlighted at least one healthcare center in need of optimization. Such a system is efficient, easy to use, and very effective clinically.
胸部和腹部X光片是迪拜医疗部门最常见的X光检查项目,这两项检查都涉及对多个放射敏感器官的照射。诊断参考水平(DRLs)在临床实践中被公认为是一种有效的安全、优化和审计工具。本研究旨在建立一个全面的基于投影和体重的结构化DRL系统,以便能够自信地找出需要紧急采取行动的医疗中心。收集了在五个不同医疗中心接受胸部和腹部X光检查的5474名成年男性和非孕女性的数据,并进行回顾性分析。针对每个医疗中心,按照投影方式(胸部:后前位(PA)、前后位(AP)和侧位(LAT);腹部:立位和平卧位),针对体重范围为60 - 80 kg的人群以及全部数据(不考虑体重范围),确定并定义了典型诊断参考水平(TDRL)。针对选定的X光片,针对全部数据(不考虑体重范围)以及体重为60 - 80 kg的人群,按项目确定了当地诊断参考水平(LDRL)值。使用1755张(体重60 - 80 kg)胸部X光片数据构建了这个全面的DRL系统(PA:1471张,AP:252张,LAT:32张)。同样,使用611张(体重60 - 80 kg)腹部X光片建立了一个DRL系统(立位:286张,卧位:325张)。体重范围组(60 - 80 kg)的胸部和腹部各投影的LDRL值如下:胸部——PA为0.51、AP为2.46、LAT为2.13 dGy·cm;腹部——立位为8.08、卧位为5.95 dGy·cm。针对体重为60 - 80 kg的腹部各投影所定义的LDRL突出显示了至少一个需要优化的医疗中心。这样的系统高效、易用且在临床上非常有效。