Spine and Low Back Pain Center, Kitasuma Hospital, Kyoto 654-0102, Japan.
Department of Orthopedic Surgery, Kansai Medical University Medical Center, Osaka 570-8507, Japan.
Medicina (Kaunas). 2023 Mar 10;59(3):545. doi: 10.3390/medicina59030545.
: The global trend toward increased protection of medical personnel from occupational radiation exposure requires efforts to promote protection from radiation on a societal scale. To develop effective educational programs to promote radiation protection, we clarify the actual status and stage of behavioral changes of spine surgeons regarding radiation protection. : We used a web-based questionnaire to collect information on the actual status of radiation protection and stages of behavioral change according to the transtheoretical model. The survey was administered to all members of the Society for Minimally Invasive Spinal Treatment from 5 October to 5 November 2020. : Of 324 members of the Society for Minimally Invasive Spinal Treatment, 229 (70.7%) responded. A total of 217 participants were analyzed, excluding 12 respondents who were not exposed to radiation in daily practice. A trunk lead protector was used by 215 (99%) participants, while 113 (53%) preferred an apron-type protector. Dosimeters, thyroid protector, lead glasses, and lead gloves were used by 108 (50%), 116 (53%), 82 (38%), and 64 (29%) participants, respectively. While 202 (93%) participants avoided continuous irradiation, only 120 (55%) were aware of the source of the radiation when determining their position in the room. Regarding the behavioral change stage of radiation protection, 134 (62%) participants were in the action stage, while 37 (17%) had not even reached the contemplation stage. : We found that even among the members of the Society for Minimally Invasive Spinal Treatment, protection of all vulnerable body parts was not fully implemented. Thus, development of educational programs that cover the familiar risks of occupational radiation exposure, basic protection methods in the operating room, and the effects of such protection methods on reducing radiation exposure in actual clinical practice is warranted.
: 全球范围内越来越重视保护医务人员免受职业辐射暴露,这需要在社会层面上努力促进辐射防护。为了制定有效的教育计划以促进辐射防护,我们明确了脊柱外科医生在辐射防护方面的实际状况和行为改变阶段。: 我们使用基于网络的问卷收集了有关辐射防护实际状况和根据跨理论模型的行为改变阶段的信息。该调查于 2020 年 10 月 5 日至 11 月 5 日期间向微创脊柱治疗学会的所有成员进行。: 在微创脊柱治疗学会的 324 名成员中,有 229 名(70.7%)做出了回应。共分析了 217 名参与者,排除了 12 名在日常实践中不接触辐射的受访者。215 名(99%)参与者使用了躯干铅防护衣,而 113 名(53%)参与者更喜欢围裙式防护衣。108 名(50%)、116 名(53%)、82 名(38%)和 64 名(29%)参与者分别使用了剂量计、甲状腺防护衣、铅眼镜和铅手套。虽然 202 名(93%)参与者避免连续照射,但只有 120 名(55%)参与者在确定房间内的位置时意识到辐射源。关于辐射防护的行为改变阶段,134 名(62%)参与者处于行动阶段,而 37 名(17%)参与者甚至尚未达到考虑阶段。: 我们发现,即使在微创脊柱治疗学会的成员中,也没有完全实施对所有易受伤害身体部位的保护。因此,有必要制定涵盖职业辐射暴露的常见风险、手术室基本防护方法以及这些防护方法在实际临床实践中降低辐射暴露效果的教育计划。