Department of Radiology, Foundation University, Islamabad, 46000, Pakistan.
Department of Radiology, Khyber Medical university, Peshawar, 25120, Pakistan.
Br J Radiol. 2024 Dec 1;97(1164):1946-1949. doi: 10.1093/bjr/tqae172.
To perform audit of imaging practice in different hospitals to assess their adherence to guidelines on optimizing computerized tomography of kidneys, ureter, and bladder (CT KUB) technique in order to reduce unnecessary scan length. To assess improvement in adherence to guidelines after intervention, following education of the technologists.
There were 12 participant radiology departments in 8 cities of Islamic Republic of Pakistan. Findings of first audit round were presented in respective departmental meetings, and technologists were educated. Second round was performed after 12 weeks. Our target was to achieve 100% compliance to standards. Comparison of adherence to guidelines before and after intervention was done. Total number of axial slices of KUB CT scan, images above upper pole of highest kidney (overscan/unnecessary slices), and percentage of unnecessary images were recorded. To calculate statistical significance of difference, Fischer exact and Chi-square tests were applied.
Percentage of patients with appropriate CT KUB technique according to RCR guidelines was far less in first round (0%-64%). It significantly improved after educating the technologists (35.57%-90.90%).
By following standard practice of CT KUB scan, significant radiation dose reduction is achievable without compromising diagnostic details.
Standardization of CT KUB examination technique can valuably contribute to reduction in unessential radiation exposure.
对不同医院的影像学实践进行审核,评估其在优化肾脏、输尿管和膀胱计算机断层扫描(CT KUB)技术方面对指南的遵循情况,以减少不必要的扫描长度。在对技术人员进行教育后,评估遵循指南的情况是否有所改善。
共有来自巴基斯坦伊斯兰共和国 8 个城市的 12 个参与放射科部门。第一轮审核的结果在各自的部门会议上进行了展示,并对技术人员进行了教育。第二轮在 12 周后进行。我们的目标是实现 100%符合标准。对干预前后遵循指南的情况进行了比较。记录了 KUB CT 扫描的轴向切片总数、肾脏上极上方的多余扫描(过度扫描/不必要的切片)以及不必要图像的百分比。为了计算差异的统计学意义,应用了 Fisher 精确检验和卡方检验。
根据 RCR 指南,符合适当 CT KUB 技术的患者比例在第一轮中非常低(0%-64%)。在对技术人员进行教育后,这一比例显著提高(35.57%-90.90%)。
通过遵循 CT KUB 扫描的标准实践,可以在不影响诊断细节的情况下显著减少辐射剂量。
CT KUB 检查技术的标准化可以为减少不必要的辐射暴露做出有价值的贡献。