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Estimation of radiation dose received by the radiation worker during F-18 FDG injection process

机译:估算F-18 FDG注射过程中放射工作人员收到的放射剂量

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Background:The radiation dosimetric literature concerning the medical and non-medical personnel working in nuclear medicine departments are limited, particularly radiation doses received by radiation worker in nuclear medicine department during positron emission tomography (PET) radiopharmaceutical injection process. This is of interest and concern for the personnel.Aim:To measure the radiation dose received by the staff involved in injection process of Fluorine-18 Fluorodeoxyglucose (FDG).Materials and Methods:The effective whole body doses to the radiation workers involved in injections of 1511 patients over a period of 10 weeks were evaluated using pocket dosimeter. Each patient was injected with 5 MBq/kg of F-18 FDG. The F18-FDG injection protocol followed in our department is as follows. The technologist dispenses the dose to be injected and records the pre-injection activity. The nursing staff members then secure an intravenous catheter. The nuclear medicine physicians/residents inject the dose on a rotation basis in accordance with ALARA principle. After the injection of the tracer, the nursing staff members flush the intravenous catheter. The person who injected the tracer then measures the post-injection residual dose in the syringe.Results:The mean effective whole body doses per injection for the staff were the following: Nurses received 1.44±0.22 μSv/injection (3.71±0.48 nSv/MBq), for doctors the dose values were 2.44±0.25 μSv/injection (6.29±0.49 nSv/MBq) and for technologists the doses were 0.61±0.10 μSv/injection (1.58±0.21 nSv/MBq). It was seen that the mean effective whole body dose per injection of our positron emission tomography/computed tomography (PET/CT) staff who were involved in the F18-FDG injection process was maximum for doctors (54.34% differential doses), followed by nurses (32.02% differential doses) and technologist (13.64% differential doses).Conclusion:This study confirms that low levels of radiation dose are received by staff during F18-FDG injection and these values can be used as a reference to allay any anxiety in the radiation workers.
机译:背景:关于核医学科工作的医务人员和非医务人员的辐射剂量学文献有限,特别是在正电子发射断层扫描(PET)放射性药物注射过程中,核医学科的放射工作人员收到的辐射剂量。目的:测量参与氟18氟脱氧葡萄糖注射工艺的人员所接受的放射剂量。材料与方法:对参与注射的放射工作人员的有效全身剂量使用袖珍剂量计评估了1511名患者在10周内的使用情况。每位患者注射5 MBq / kg的F-18 FDG。我们部门遵循的F18-FDG注射方案如下。技术人员分配要注射的剂量并记录注射前的活动。然后,护理人员固定静脉导管。核医学医师/住院医师按照ALARA原则轮流注射剂量。注射示踪剂后,护理人员冲洗静脉导管。结果:注射示踪剂的人然后在注射器中测量注射后的残留剂量。结果:员工每次注射的平均有效全身剂量如下:护士接受1.44±0.22μSv/注射(3.71±0.48 nSv / MBq ),医生的剂量值为2.44±0.25μSv/注射(6.29±0.49 nSv / MBq),技术人员的剂量值为0.61±0.10μSv/注射(1.58±0.21 nSv / MBq)。可以看出,参与F18-FDG注射过程的正电子发射断层扫描/计算机断层扫描(PET / CT)人员每次注射的平均有效全身剂量对医生来说是最大的(差异剂量为54.34%),其次是护士(32.02%的差异剂量)和技术人员(13.64%的差异剂量)。结论:这项研究证实,在F18-FDG注射过程中,工作人员所接受的辐射剂量水平较低,这些值可作为缓解患者焦虑的参考辐射工人。

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