Department of Urology, University of Kentucky Medical Center, Lexington, Kentucky.
J Endourol. 2019 Jun;33(6):492-497. doi: 10.1089/end.2019.0133. Epub 2019 May 17.
Urologists are increasingly exposed to fluoroscopy, which can cause cellular damage. Appropriate awareness and safety precautions concerning fluoroscopy are necessary and likely should be a focus during training. We sought to assess radiation safety knowledge among Urology residents in the United States. A 19-question survey was constructed to assess radiation safety training, knowledge, behavior, and attitudes. The survey was sent through REDCap™ (Research Electronic Data Capture) to all Urology program directors and coordinators in the United States with a request to distribute to their residents. The survey was closed after 3 weeks. One hundred thirty-six urology trainees responded during the study period. Thirteen percent learned fluoroscopic radiation safety formally, 46% informally, 35% both informally and formally, and 6% no education. Forty-six percent reported radiation safety being part of their curriculum. When asked about directional X-ray travel and exposure, only 54% answered correctly. Regarding conditions related to radiation exposure, 94% believe infertility is potentially related, 83% cataracts, 93% leukemia and lymphoma, 57% central nervous system tumors, 77% birth defects, and 4% diabetes. Regarding protection, 9% wear lead-lined glasses, 30% dosimeters, 99% thyroid shields, 0% lead gloves, 97% lead apron, 26% lead shield, and 0% nothing. Regarding fluoroscopy machine settings, 7% knew the machine used was set to continuous, 73% pulse, and 21% were unsure. Sixty-six percent had awareness of the directional travel of the machine routinely used. Regarding safety techniques, 99% knew decreasing time and 100% knew wearing protective materials decrease exposure. However, when asked about distance and exposure, 55% answered incorrectly. Most respondents believe radiation safety is important (89%) and desire more formal education (64%). Trainees lack sufficient knowledge in several key areas regarding radiation safety. Formal education may be considered during training and is desired by trainees. This education is likely needed to ensure trainees learn methods to keep them safe during their career.
泌尿科医生越来越多地接触透视,这可能会导致细胞损伤。适当的透视意识和安全预防措施是必要的,并且在培训期间可能应该成为重点。我们试图评估美国泌尿科住院医师的辐射安全知识。我们构建了一个由 19 个问题组成的调查,以评估辐射安全培训、知识、行为和态度。该调查通过 REDCap™(研究电子数据捕获)发送给美国所有泌尿科项目主任和协调员,并要求他们分发给住院医师。调查在 3 周后关闭。在研究期间,有 136 名泌尿科受训者做出了回应。13%的人正式学习透视辐射安全,46%的人非正式学习,35%的人既非正式也正式学习,6%的人没有接受教育。46%的人报告辐射安全是他们课程的一部分。当被问及定向 X 射线传播和暴露时,只有 54%的人回答正确。关于与辐射暴露相关的条件,94%的人认为不育可能与之相关,83%的人认为白内障,93%的人认为白血病和淋巴瘤,57%的人认为中枢神经系统肿瘤,77%的人认为出生缺陷,4%的人认为糖尿病。关于防护,9%的人戴铅制眼镜,30%的人戴剂量计,99%的人戴甲状腺屏蔽,0%的人戴铅手套,97%的人戴铅围裙,26%的人戴铅屏蔽,0%的人什么都不戴。关于透视机设置,7%的人知道使用的机器设置为连续,73%的人知道脉冲,21%的人不确定。66%的人知道常规使用的机器的定向运动。关于安全技术,99%的人知道减少时间,100%的人知道戴防护材料可以减少暴露。然而,当被问及距离和暴露时,55%的人回答错误。大多数受访者认为辐射安全很重要(89%),并希望接受更多的正规教育(64%)。在几个与辐射安全相关的关键领域,住院医师的知识不足。在培训期间可能会考虑正规教育,并且是受训者所希望的。这种教育可能是确保受训者在职业生涯中学习保护自己的方法所必需的。